Energy Efficiency Archives - Healthy Home Team

Dehumidifier vs Home Ventilation System — What Costs More to Run

Written by Healthy Home Team on August 14, 2026. Posted in Energy Efficiency, Ventilation.

Dealing With a Damp Home? You Have Options

If you are living with a damp, cold, or musty home, you have probably looked at buying a dehumidifier. They are easy to pick up and seem like a quick fix. But when you compare a dehumidifier vs a home ventilation system over time, the numbers tell a different story. Understanding the running costs of each option can help you make a smarter decision for your home and your wallet.

What Does a Dehumidifier Actually Cost to Run

A portable dehumidifier typically uses between 300 and 700 watts of power depending on the model and how hard it has to work. If you run one for several hours a day, those power costs add up quickly. On top of that, a dehumidifier only treats the room it is sitting in. If moisture is a problem in the whole home, you might need multiple dehumidifiers.

How a Home Ventilation System Compares

A home ventilation system works differently. Rather than pulling moisture out of the air in one room, it moves fresh, drier air through the whole house. This tackles the root cause of dampness rather than just managing the symptoms in a single space. When you look at a dehumidifier vs a home ventilation system from a running cost perspective, ventilation systems are significantly cheaper to operate. Most systems use very low power, often running on as little as 15 to 60 watts, which is a fraction of what a dehumidifier draws.

Yes, a home ventilation system costs more to install upfront compared to buying a dehumidifier from the shops. But over time, the lower running costs mean you will typically save money. Add in the benefit of treating your whole home rather than one room, and the value becomes clear.

Our Advisors Are Seeing a Real Shift

Our advisors at Healthy Home Team are noticing more and more homeowners choosing to install a home ventilation system rather than reaching for a portable dehumidifier. Once people understand the long-term cost difference and the whole-home benefit, the decision often becomes straightforward. A ventilation system runs quietly in the background, keeping conditions consistent throughout the house without you needing to move anything around or empty a water tank.

Add-On Options That Make Ventilation Even Better

One of the great things about a home ventilation system is that you can build on it. If you have a log fire or wood burner, you can add a heat transfer kit to your system. This takes the warm air from your living area and distributes it to colder parts of the home, such as bedrooms and hallways. It is a smart way to get more from the heat you are already generating, without any extra costs.

A Smart Solution for Rental Property Owners

If you are a landlord, keeping your investment in good condition is a priority. One concern with ventilation systems in rental properties is that tenants may turn the system off, leaving the home at risk of moisture damage, mould, and poor air quality. We offer automatic landlord ventilation solutions designed to address this directly. These systems run automatically, so you know your property is being looked after whether the tenant thinks about it or not. The power use is very low, making it a cost-effective way to protect your asset.

Which Option Is Right for Your Home

If you are dealing with a damp home and weighing up a dehumidifier vs a home ventilation system, think beyond the upfront price. Consider how much it will cost to run each month, whether you want whole-home coverage, and how hands-on you want to be with maintenance. For most New Zealand homes, a ventilation system offers better long-term value and a more complete solution. Get in touch with our team at Healthy Home Team to find out what would work best for your situation.

Solar Power for Your Home: What Energy Efficiency Upgrades Come First

Written by Healthy Home Team on May 25, 2026. Posted in Energy Efficiency.

Start with Energy Efficiency Before Solar Power

Many New Zealand homeowners are excited about installing solar power systems to reduce electricity bills and help the environment. While solar power offers excellent benefits, making your home energy efficient first will give you the best return on investment. Think of it like trying to fill a bucket with holes in it, you need to fix the holes before adding water.

We recommend completing all energy efficiency upgrades before investing in solar power. This approach means you can install a smaller, less expensive solar system that still meets your reduced energy needs.

Insulation Makes the Biggest Difference

Proper insulation is the foundation of an energy efficient home. Without adequate insulation, your heating and cooling systems work much harder, using more electricity that your future solar power system would need to generate.

Ceiling Insulation

Heat rises, so ceiling insulation prevents warm air from escaping through your roof in winter. In summer, it stops hot air from entering your living spaces.

Wall Insulation

Wall insulation reduces heat transfer through your exterior walls. Many older homes lack wall insulation entirely. Retrofitting wall insulation can reduce heating costs by up to 30%, which means your solar power system needs to generate less electricity.

Underfloor Insulation

Cold floors make your whole house feel chilly, forcing heating systems to work harder. Underfloor insulation stops cold air from entering through gaps and cracks beneath your home. It also prevents moisture problems that can affect indoor air quality.

Ventilation Systems Improve Air Quality and Efficiency

Good ventilation removes stale air, moisture, and pollutants while bringing in fresh air. Proper ventilation also helps your heating system work more efficiently by maintaining consistent temperatures and humidity levels.

Home Ventilation Systems

Balanced home ventilation systems use fans to extract stale air while drawing in fresh, filtered air. These systems prevent moisture buildup that leads to mould and improve overall air quality. Some systems include heat recovery, capturing warmth from outgoing air to heat incoming fresh air.

Kitchen and Bathroom Ventilation

Cooking and showering create moisture and pollutants that need removing quickly. Extraction fans in kitchens and bathrooms prevent these issues from spreading throughout your home. Good extraction also reduces the load on your main ventilation system.

Efficient Heating and Cooling Systems

Modern heating and cooling systems use much less electricity than older models. Heat pumps, for example, can provide three times more heat energy than the electricity they consume. This efficiency means your solar power system needs to generate less electricity.

Consider replacing old electric heaters, gas heaters, or inefficient heat pumps with modern, high efficiency models.

Hot Water Heating

Hot water is one of the biggest electricity users in many New Zealand homes. Before installing solar power, it is worth looking at how your hot water is heated and whether your current system is working efficiently.

Traditional electric hot water cylinders can use a lot of power, especially in larger households. If your cylinder is older, poorly insulated, or not set up correctly, it may be adding more to your power bill than it needs to.

Hot water heat pumps are becoming a common upgrade for homeowners who want to reduce electricity use before going solar. They work by taking heat from the surrounding air and using it to heat your water. This makes them much more efficient than standard electric hot water systems.

If you are planning to install solar power, reviewing your hot water system first is a smart step. A more efficient hot water setup can reduce running costs and improve the overall performance of your home energy system.

LED Lighting Reduces Electricity Use

LED lights use up to 80% less electricity than old incandescent bulbs and last much longer. Replacing all your home’s lighting with LED bulbs is one of the quickest and cheapest efficiency upgrades you can make.

LED lights also produce less heat, reducing cooling costs in summer.

Solar Power Benefits After Efficiency Upgrades

Once you’ve completed energy efficiency upgrades, your home uses less electricity overall. This means you can install a smaller, more affordable solar power system that still covers most or all of your electricity needs.

Solar power systems generate clean electricity from sunlight, reducing your power bills and carbon footprint.

Solar panels typically last 25 years or more with minimal maintenance. Combined with efficient appliances and good insulation, solar power can dramatically reduce your ongoing energy costs.

Professional Solar Installation

For expert solar power advice and installation, we recommend our Healthy Home Adviser EW Electrical. They understand how energy efficiency improvements work together with solar systems to maximise savings and comfort.

Our EW Electrical Advisers can assess your home’s energy efficiency and recommend the right sized solar power system for your needs. Their experienced team ensures safe, compliant installation that delivers reliable performance for years to come.

Do you still have a gas heater? Why it might be worth upgrading

Written by Healthy Home Team on May 13, 2026. Posted in Energy Efficiency, Heating & Cooling.

If you’re still relying on a gas heater to warm your home, you might be burning through more money than necessary. With natural gas prices rising and more efficient heating options available, now could be the perfect time to consider making a change. We’ll explore why upgrading from your current gas heater makes financial sense and what alternatives can keep your home warm while saving money.

Rising gas prices make heating expensive

Natural gas prices have increased significantly over recent years, and this trend shows no signs of slowing down. Your monthly heating bills likely reflect this reality. Gas heaters that once seemed economical now consume a larger portion of your household budget, especially during those chilly winter months when you need heating most.

Why your gas heater costs more than you think

Many homeowners don’t realise the cost of their gas heating system. Beyond the obvious gas bills, several hidden costs accumulate:

Annual servicing and safety inspections
Replacement parts for aging systems
Inefficient heat distribution that wastes energy
Poor indoor air quality from combustion byproducts
Increased insurance premiums in some cases

Gas heaters also struggle with uneven heating. They often warm one room well while leaving other areas cold, forcing you to run the system longer or use additional heating sources.

What options are better?

Heat pumps

Heat pumps represent one of the most efficient heating solutions available today. These systems work by extracting heat from outside air and transferring it indoors, even when temperatures drop below freezing. Modern heat pumps can produce three to four times more heat energy than the electrical energy they consume.

The running costs of heat pumps typically work out much lower than gas heaters. While electricity prices remain more stable than gas prices, heat pumps use electricity so efficiently that your heating bills often decrease significantly. Many families report saving hundreds of dollars annually after switching from gas heating to heat pumps.

Heat pumps also provide cooling during summer months, giving you year round comfort from a single system. This dual functionality adds value and convenience that gas heaters simply cannot match.

Centralised heating

Centralised heating systems distribute warm air throughout your entire home via ducting. This approach eliminates cold spots and provides consistent temperatures in every room. Unlike individual gas heaters that only warm nearby areas, centralised systems create uniform comfort throughout your living space.

Modern centralised heating systems often incorporate heat pump technology, combining the efficiency benefits of heat pumps with the comprehensive coverage of ducted systems. These installations can zone different areas of your home, allowing you to heat only the spaces you’re using.

The initial investment in centralised heating pays dividends through reduced running costs and improved home value. Real estate experts consistently note that homes with efficient, whole house heating systems attract more buyers and command higher prices.

Long term savings make upgrading worthwhile

While upgrading from a gas heater requires upfront investment, the long term financial benefits often justify the cost. Lower monthly heating bills, reduced maintenance expenses, and improved energy efficiency combine to create substantial savings over time.

The lifespan of modern heat pumps and centralised heating systems typically exceeds that of gas heaters, meaning fewer replacement costs over the years. Quality heat pump systems often operate effectively for 15 to 20 years with minimal maintenance.

Ready to upgrade your heating system

Making the switch from gas heating doesn’t have to be overwhelming. Our team specialises in helping homeowners choose the right heating solution for their specific needs and budget. We assess your home’s requirements, explain your options clearly, and handle the installation process professionally.

Whether you’re interested in a single room heat pump or a centralised heating system, we can guide you through the decision making process. Our experience with New Zealand homes means we understand the unique challenges and opportunities for creating comfortable, efficient heating solutions.

Contact our team today to discuss upgrading your gas heater. We’ll provide a free assessment of your current heating setup and explain how different alternatives can save you money while keeping your home more comfortable year round.

Residential Solar Power - Solar panel on a new hown house

Lower Your NZ Power Bills with Residential Solar Power

Written by Healthy Home Team on February 5, 2026. Posted in Energy Efficiency.

If you’ve ever stared down at your electricity bill and wished for a bit more predictability, you’re not alone. One practical, benefit of residential solar power is this: generating your own electricity at home can lower and stabilise what you pay each month. It’s not about fancy tech jargon or hype. It’s about taking a bite out of your energy costs right where you live, on your roof, in your everyday routines.

How solar power works

Imagine a sunny day and your kitchen light flicking on as usual, but this time your solar panels are doing some of the work, not the grid alone. The energy they produce during daylight hours can offset the energy you would otherwise pull from your supplier. That means smaller bills, day after day, and a little more breathing room in your monthly budget. For many New Zealand homes, solar makes the electricity component of bills more predictable, because a chunk of the energy you use is generated on-site. It’s simple: you use the sun, you pay less to the grid.

A few everyday ways this shows up in NZ homes

Daytime use tends to be higher in many households (think fridge cycling, kettles, washing machines, and heat pumps during the day). When panels are busy producing, that energy can satisfy much of that daytime demand instead of drawing from the grid, shaving the peak-stress on your bill.

With a grid-connected system you aren’t tied to fixed prices. Your savings can fluctuate with sunshine, but the big-picture effect—lower energy costs—often feels more dependable than relying solely on a single bill from an electricity retailer.

The cost angle matters here too. In New Zealand, rooftop solar is among the most affordable ways to generate electricity for your home because the energy is produced where you use it, cutting transport costs and losses. That local generation plays a big part in why many NZ homeowners see ongoing savings.

Most homeowners see a return on investment within about 5–8 years through energy savings and lower electricity bills. Source: My Solar Quotes. It’s not a one-size-fits-all number, but it gives a sense of what many households experience as they start generating their own power.

Solar isn’t right for every home and that’s okay

If your roof is shaded, if you rent rather than own, or if you’re planning a move soon, solar may not be the perfect fit right now. Understanding suitability is part of making a good decision, not a decision you have to rush into. It’s perfectly reasonable to pause, gather information, and decide when the time feels right for you.

A quick thought many NZ homeowners share

Rising power bills can feel stressful when you’re budgeting for groceries and petrol too. It’s natural to wonder if solar will actually pay off before you move or replace major home systems. The answer often comes down to your unique roof, electricity use, and local sun exposure—factors we can help you understand without pressure.

What can affect outcomes in different homes

Roof orientation and shading: a well-oriented, sunny roof is a big facilitator of steady generation. – Roof size and system size: bigger isn’t always better, but a system sized to your daytime use and future needs (like an EV, if that’s on the horizon) tends to perform more reliably. – Roof condition and installation quality: newer meters, suitable switchboards, and reliable components prevent knock-on issues and ensure the system runs smoothly. – Storage and usage patterns: batteries can help when you want to shift more of your daytime energy into evenings or when you’re on a time-of-use plan. – Weather and seasons: NZ’s changing cloud cover and seasonal sun affect how much energy you generate month to month.

Is solar right for your home?

The bottom line: the main benefit of residential solar for many New Zealand homes is lower, more predictable electricity bills through on-site generation. It’s a practical shift you can see in the numbers and feel in daily life, especially on sunny days when your home can drink from its own energy bottle instead of the grid.

If you’re curious about whether solar makes sense for your home, the Healthy Home Team is here to help. We’re a friendly guide who can assess suitability, answer questions honestly, and walk you through whether solar could realistically fit your roof, your budget, and your plans. We’re not selling you a quick fix, we’re helping you make a good, informed decision for your home and your family.

Take the next step with confidence: let us help you understand your own situation, what to measure, and what to expect, so you can decide if solar could be a smart, steady part of your home energy mix.

Is Your House Ready for Winter?

Written by Healthy Home Team on February 27, 2025. Posted in Energy Efficiency.

As the temperature drops and the days grow shorter, many homeowners start to feel the chill creeping into their homes. But is your house ready for winter? A warm, dry, and energy-efficient home is essential for your comfort and health during the colder months. If your home lacks proper heating, insulation, or ventilation, you could face cold draughts, rising energy bills, and even damp or mould issues.

Healthy Homes Team specialise in helping homeowners prepare for winter with four essential services, heat transfer systems, insulation, heat pumps, and ventilation systems. Each of these solutions plays a key role in keeping your home warm, dry, and healthy throughout the season.

Make the Most of Your Home’s Heat with a Heat Transfer System

Many homes in New Zealand have a single heat source, such as a wood burner or heat pump, that only warms one area. This can leave other rooms in the house feeling cold and uninviting. A heat transfer system helps distribute warmth from a heated space to the rest of the home, ensuring consistent temperatures and greater energy efficiency.

By using insulated ducting, a heat transfer system takes excess warm air from the main heat source and moves it into colder rooms. This reduces the need for additional heating appliances, saving you money on power bills. It also prevents heat from being wasted, making your home more efficient.

If you have a fireplace or heat pump but find that certain rooms remain chilly, installing a heat transfer system could be the perfect solution to maximise your existing heating.

Why Should You Invest In Insulation Top-Ups

Even if your home already has insulation, it may not be providing the best protection against winter’s chill. Over time, insulation can settle, degrade, or become less effective, leaving gaps that allow heat to escape. This means your home loses warmth faster, forcing you to use more energy to maintain a comfortable temperature.

A professional insulation top-up ensures your home remains well-insulated, reducing heat loss and lowering heating costs. High-quality insulation in your ceilings, walls, and underfloor areas acts like a thermal blanket, keeping warmth where it belongs inside your home.

If your home feels colder than it should, or if you’re noticing high power bills during winter, it might be time to assess whether your insulation needs a boost.

Heat Pumps Provide Efficient Heating for Every Home

Heat pumps are one of the most energy-efficient ways to heat your home in winter. They provide instant warmth at the push of a button and use significantly less electricity compared to traditional heaters. Modern heat pumps also have advanced features such as air filtration, dehumidification, and Wi-Fi control, making them a smart choice for homes.

Unlike other heating methods, heat pumps don’t rely on burning fuel or generating excessive moisture, which means they help maintain a healthier indoor environment. Whether you need a new installation or want to upgrade to a more efficient model, a well-sized heat pump can make a big difference in keeping your home warm and comfortable throughout winter.

Choosing the right heat pump depends on your home’s size, layout, and insulation levels. A professional assessment can help determine the best option for your needs.

Ventilation Systems Help Keep Your Home Dry and Healthy

A warm home is important, but it’s just as crucial to keep it dry. Moisture build-up from cooking, showering, and daily activities can lead to condensation, mould, and dampness, which not only damage your home but also affect your health.

A good ventilation system removes stale, moisture-laden air and replaces it with fresh, dry air, reducing condensation and improving indoor air quality. This helps prevent issues like mould growth, which can trigger allergies and respiratory problems.

If you’ve noticed condensation on your windows, musty smells, or mould appearing in your home, a ventilation system could be the solution you need to maintain a healthier living space this winter.

Is Your House Ready for Winter? Book a Healthy Homes Assessment

Don’t wait until winter is in full swing to find out if your home is ready for the colder months. Ensuring your home has proper heating, insulation, and ventilation can make all the difference in keeping your family warm, healthy, and comfortable this season.

Book a Healthy Homes Assessment with your local Healthy Homes Team advisor today. Our experts will evaluate your home’s heating, insulation, and ventilation to help you create a warm and energy-efficient living environment.

Stay warm this winter schedule your assessment now!

How Heat Pumps Work and Why They Are So Energy Efficient

Written by Healthy Home Team on December 11, 2024. Posted in Energy Efficiency, Heating & Cooling.

Heat pumps are becoming popular for heating and cooling homes, especially as people seek more energy-efficient options. But how exactly do heat pumps work? And what makes them so efficient compared to other heating & cooling systems? In this guide, we’ll explain how heat pumps operate, why they’re such an excellent option for your home, and how to choose the right one for your needs. Plus, we’ll share how Healthy Homes Team can help you find the perfect heat pump.

How Heat Pumps Work: The Basics

Heat pumps don’t generate heat like a gas heater or a fireplace. Instead, they move heat from one place to another. They can transfer heat from the air, ground, or even water to warm your home in the winter. In the summer, they reversely cool your home by moving heat outside.

Here’s a simple breakdown of how heat pumps work:

In heating mode, a heat pump absorbs warmth from the outdoor air—even when it’s cold outside. It does this using a special fluid called a refrigerant, which is excellent at capturing and transferring heat.

Inside the unit, a compressor raises the refrigerant’s pressure. This increase in pressure also boosts its temperature, turning it into a hot, high-pressure gas. By following basic thermodynamic principles (like the ideal gas law), the refrigerant’s temperature rises as its pressure goes up.

Next, this hot, high-pressure gas flows into the condenser coil. There, it releases its stored heat into your home’s interior air or heating system. As the refrigerant gives off heat, it cools down and condenses back into a liquid. It then passes through an expansion valve, which lowers its pressure and temperature, allowing it to absorb heat from outside air again.

This cycle continues until your home reaches the desired temperature.

In cooling mode, the process essentially runs in reverse: the heat pump pulls heat out of your indoor air and releases it outdoors, thereby cooling your home.

Why Are Heat Pumps So Energy Efficient?

The magic of heat pumps lies in their efficiency. Instead of burning fuel to produce heat, they transfer heat, which uses much less energy. Here’s why they’re a smart choice:

They Use Less Electricity

Every unit of electricity a heat pump uses can deliver three to five times that amount of heat. This is because it’s moving heat instead of creating it.

Lower Energy Bills

Since they’re so efficient, heat pumps can save you much money on heating and cooling costs. Over time, these savings can offset the cost of installation.

Good for the Environment

Heat pumps don’t rely on burning gas or oil, which helps reduce greenhouse gas emissions. Pairing your heat pump with renewable electricity makes it even greener.

Year-Round Comfort: Heating in Winter, Cooling in Summer

One of the best things about heat pumps is that they work all year round. Here’s how:

Heating in Winter

Even when it’s freezing outside, a heat pump can pull heat from the air and bring it into your home. Technological advancements allow modern heat pumps to work efficiently in temperatures as low as -15°C.

Cooling in Summer

During hot summer days, the heat pump acts like an air conditioner. It takes the heat from your home and moves it outside, leaving your space refreshingly cool.

Choosing the Right Heat Pump for Your Home

The size of your heat pump matters. A unit that’s too small won’t heat or cool your home correctly, while one that’s too large can waste energy. The size you need depends on the size of your home and how well insulated it is.

Below is a simple example chart to illustrate approximate heat pump size recommendations based on room area and ceiling (stud) height. These values are rough estimates and can vary depending on factors such as insulation quality, climate, and window area.

Room Type / Size	Approx. Floor Area	Suggested kW (2.4m Stud Height)	Suggested kW (2.7m Stud Height)
Small Room (3m x 3m)	9 m²	~1.5 kW	~1.7 kW
Small Living Area (4m x 4m)	16 m²	~2.0 kW	~2.4 kW
Larger Living Area (6m x 4m)	24 m²	~3.0 kW	~3.5 kW
Garage (6m x 6m)	36 m²	~4.0 kW	~5.0 kW
Open Plan Kitchen/Dining/Living (8m x 6m)	48 m²	~6.0 kW	~7.0 kW

Note: These figures are for reference only. It’s best to talk to our team about arranging a free healthy homes assessment to determine the right heat pump for your space.

How Healthy Homes Team Can Help Select the Right Heat Pump for Your Home

Choosing the right heat pump is more straightforward with expert advice. Whether you need a single-room unit or a system for your home, we’ll help you choose the right fit. If you’re ready to enjoy a more comfortable and energy-efficient home book your free Healthy Homes assessment today.

Treat Yourself to a Gree Energy Efficient Heat Pump and Stay Cool This Summer

Written by Healthy Home Team on December 3, 2024. Posted in Energy Efficiency, Heating & Cooling.

Summer is around the corner, and it will be a scorcher if the forecasts are anything to go by. For many homeowners, the rising temperatures come with the usual struggle of trying to figure out how to stay cool without racking up huge energy bills. The answer? A Gree energy efficient heat pump. With their innovative design, these systems are a fantastic choice for anyone looking to enjoy a comfortable home while keeping energy costs and environmental impact low.

Why Act Now?

When summer heatwaves hit, staying cool can end up being quite costly if home isn’t equipped with the right system. Investing in a Gree energy efficient heat pump is the smart choice this summer. Unlike older heat pumps, these modern systems aren’t just about cooling but prioritise energy savings and sustainability.

What Makes Gree Heat Pumps a Great Choice?

Gree has built a strong reputation for delivering high-quality, reliable, energy efficient heat pumps. Here are some reasons why they’re worth considering for your home:

1. An Energy Efficient Heat Pump Reduces Power Bills

Gree heat pumps are designed with cutting edge inverter technology, allowing the system to adjust power usage based on your desired temperature. Instead of running at full power all the time, these pumps only use as much energy as necessary. This efficiency helps you reduce electricity bills while keeping your home cool and comfortable.

2. Quiet Comfort

Have you ever struggled with noisy air conditioning systems? Gree heat pumps solve this problem. Their near silent operation ensures you can relax, sleep, or work without being distracted by background noise. This feature makes them ideal for any room in the house.

3. Environmentally Friendly

If reducing your carbon footprint is a priority, a Gree heat pump is the way to go. The system uses eco-friendly refrigerants like R32, which have a much lower environmental impact than older refrigerants. Choosing Gree means opting for a better solution for the planet while still delivering top-notch performance.

4. Year-Round Versatility

Although you’re probably thinking about summer right now, Gree heat pumps are versatile enough to provide heating during the winter, too. This dual functionality makes them a wise investment, as you’ll use them all year round.

How Do Gree Heat Pumps Save Energy?

Unlike traditional air conditioners that work by creating cold air, heat pumps operate by transferring heat. During summer, they draw heat out of your home and release it outside, using less energy. This approach is not only more efficient but also better for the environment. Gree’s technology takes it a step further by fine-tuning the system to prevent wasted energy, meaning you’ll notice the savings on your electricity bill almost immediately.

Tailored Solutions for Your Home

Finding the right heat pump for your home can be tricky, but that’s where our team steps in. We offer a Healthy Homes Assessment to evaluate your home’s needs, such as room size, insulation, and layout. This personalised approach ensures we recommend the ideal Gree heat pump to suit your cooling and heating requirements.

Our experts will guide you through the process, explaining how the system works and providing tips on how to get the most from your investment. From installation to maintenance, we’ve got you covered.

The Extra Perks of Choosing Gree

When you choose a Gree heat pump you’re also gaining a heap of extra benefits!

Intelligent Control Options in most Gree models let you control them remotely via an app, so you can adjust your home’s temperature even when you’re out.

Gree heat pumps help improve air quality helping to filter out allergens and pollutants for a healthier indoor environment.

Gree heat pumps are built to last and come with excellent warranties, giving you peace of mind for years to come.

Act Now and Stay Cool This Summer

If sweating through another summer doesn’t sound appealing, now’s the time to upgrade your home with a Gree energy efficient heat pump. These systems combine cutting-edge technology with a focus on sustainability and affordability, making them a fantastic addition to any household.

Book a Healthy Homes Assessment with us today to find the perfect fit for your home. Our team will assess your cooling requirements and recommend the best Gree system to keep your home comfortable all year round. Don’t wait—take the first step toward a cooler, more energy efficient summer today.

Energy Efficiency Upgrades for Your Home This Christmas

Written by Healthy Home Team on November 12, 2024. Posted in Energy Efficiency.

The holiday season is fast approaching, many of us are focused on gatherings, decorations, and enjoying the warmer weather. But while preparing your home for Christmas, why not take the opportunity to make it more energy efficient? Not only can these upgrades save you money on energy bills, but they can also contribute to a healthier, more comfortable living environment.

This is a perfect chance for homeowners to discover ways to reduce energy use, improve home comfort, and save money. Here are some of the most impactful energy efficiency upgrades that can make a real difference this Christmas.

Our Top Energy Efficiency Upgrades For Your Home

1. LED Lighting: Brighten Your Home Efficiently

Christmas lights are a holiday season staple, but traditional incandescent lights can consume a lot of energy. Upgrading to LED lighting allows you to enjoy festive decorations without high electricity costs. LEDs are up to 80% more efficient than conventional bulbs, lasting longer and producing minimal heat, which makes them safer, too.

Why Choose LED Lights for Your Home?

LEDs use significantly less electricity, meaning you’ll notice savings on your monthly energy bills.

LED lights have a much longer lifespan than traditional bulbs, so you won’t have to replace them as frequently.

LEDs consume less power, reducing the overall energy footprint of your home.

Switching to LEDs is a small change that can significantly impact your home’s energy efficiency for holiday or regular indoor and outdoor lights.

2. Home Insulation – The Cornerstone of an Energy Efficient Home

A well-insulated home is the backbone of energy efficiency. Without proper insulation, heat can escape during the cooler months and seep in during the warmer months, causing your heating and cooling systems to work harder than necessary.

This means you can keep your home comfortable all year while reducing energy use. Whether insulating an existing home or looking to update your rental property, insulation is one of the most effective ways to reduce energy loss and improve indoor comfort.

Insulation Benefits for Kiwi Homes

Proper insulation reduces the need for constant heating and cooling, lowering energy bills.

Insulation helps maintain a consistent indoor temperature, making your home more comfortable in summer and winter.

By conserving energy, insulated homes have a reduced environmental impact, helping Kiwis contribute to a greener future.

3. Ventilation Systems – Fresh Air for a Healthier Home

A vital component of an energy efficient home is proper ventilation. Without it, indoor air can become stale, damp, and potentially hazardous to health. Poor ventilation leads to excess humidity, which not only makes your home uncomfortable but can also increase heating and cooling costs.

Proper Ventilation helps keep indoor air fresh and clean. These systems are designed to balance airflow, reduce humidity, and prevent mould growth, making your home healthier and more energy-efficient.

Benefits of Proper Ventilation

Ventilation systems filter out pollutants and allergens, creating a healthier living space.

By managing humidity and airflow, ventilation systems reduce the strain on heating and cooling systems.

Proper ventilation reduces dampness and condensation, which can lead to mould issues and poor indoor air quality.

4. Heating and Cooling Solutions for Optimised Climate Control

New Zealand’s climate requires reliable heating in the winter and cooling in the summer. The proper heating and cooling solutions ensure your home remains comfortable without wasting energy.

Heat pumps are an excellent choice for energy-efficient heating and cooling. In contrast, heat transfer systems help distribute warmth from one area of your home to another, ensuring no room is left cold or hot.

Why Choose Energy-Efficient Heating and Cooling?

Heat pumps provide heating and cooling in one system, making them ideal for New Zealand’s varying climate.

Modern heat pumps and heat transfer systems are designed to use minimal energy, reducing your overall energy consumption.

These systems allow precise temperature control, creating a comfortable indoor environment without overusing energy.

Investing in efficient heating and cooling solutions can maintain an optimal indoor climate year-round, ensuring comfort and saving on energy bills.

Free Energy Efficiency Assessment: A Holiday Gift from Us to You

Healthy Homes Team is offering homeowners a free energy efficiency assessment to celebrate the season. This assessment is an invaluable opportunity to receive personalised recommendations on your home’s best energy efficiency upgrades.

What Does the Free Assessment Include?

Our experts will assess your current insulation, ventilation, and heating/cooling systems to identify areas for improvement.

Based on your home’s specific needs, we’ll suggest upgrades that can help make your home more energy-efficient. Our team is here to helping you create a comfortable and sustainable home.

By identifying potential energy-saving improvements, we can help you reduce energy bills and improve your home’s comfort.

Book your free healthy homes assessment this Christmas and give your home the gift of energy efficiency.

Let us help you find the perfect energy-efficient upgrade for your home.

This Christmas, investing in energy efficiency upgrades is a gift that keeps giving. From LED lighting to advanced insulation and ventilation, these improvements can make your home more comfortable, reduce energy costs, and support a healthier environment.

Let Healthy Homes Team make this Christmas memorable by helping you create an energy efficient home for your family, wallet, and the environment.

LED Lighting and Energy Savings – How Much Can You Really Save?

Written by Healthy Home Team on October 31, 2024. Posted in Energy Efficiency.

Want to know what kind of energy savings you can expect from switching over to LED Lighting – Keep Reading! Switching to LED lighting is one of the simplest yet most impactful changes homeowners can make to improve energy efficiency. LED lights use only a fraction of the electricity that traditional lighting does. They also last significantly longer which negates some of the upfront investment over time. In this article we unpack the energy savings that can be unlocked through changing your home’s lighting to LED.

Understanding LED Lighting and Why They’re So Efficient

It’s helpful to understand why LED lights are much more efficient than traditional incandescent and fluorescent bulbs. LED stands for “light-emitting diode,” a type of lighting that fundamentally differs in how it produces light. Here’s a few of the key differences.

LED lights don’t suffer from heat loss
Firstly, LED lights don’t suffer from heat loss. Unlike incandescent bulbs, which waste as much as 90% of their energy in heat, LEDs produce minimal heat, converting as much as 95% of their energy into light.
LED’s provide directional lighting
Secondly, LEDs provide directional lighting. LEDs emit light in a specific direction, meaning less wasted light and more focused illumination where needed most.
LED lighting lasts much longer
Finally, LED lighting lasts much longer. LEDs last anywhere from 15,000 to 50,000 hours, compared to around 1,000 hours for incandescent bulbs and 8,000 hours for CFLs (compact fluorescent lamps), making them a long-term investment in efficiency.

What will the energy savings look like by switching to LED Lighting?

Switching to LED lighting can significantly reduce a home’s energy consumption. An LED light bulb uses around 85% less energy than a traditional incandescent bulb. For example:

A 60-watt incandescent bulb can be replaced by a 10-watt LED, providing the same brightness with far less energy consumption.

A household replacing 20 incandescent bulbs with LEDs could save around 1,600 kWh annually, translating to substantial energy savings.

To give an idea of the potential savings, consider the following comparisons:

Type of Bulb	Wattage Equivalent (Incandescent)	Average Annual Usage (Hours)	Annual kWh Consumption (20 Bulbs)	Annual Savings with LED (%)
Incandescent	60 watts	1,000	1,200 kWh	–
Compact Fluorescent	14 watts	1,000	280 kWh	77%
LED	10 watts	1,000	200 kWh	83%

Table 1: Typical wattage usage of common bulb types

The Long-Term Energy Impact of LED Lighting

Switching to LED lighting doesn’t just lead to immediate savings; it also benefits long-term energy consumption, especially when a home has replaced multiple bulbs. For a typical home with 20 to 30 bulbs, switching to LEDs can save up to 1,000 kWh annually, depending on usage patterns. That’s enough energy to power many household appliances for months, making LED lighting a powerful tool for reducing overall energy usage.

Energy Efficiency Benefits of LED Lights Beyond Savings

LED lights reduce overall energy demand, which helps lower carbon emissions from power plants. Because LED lighting lasts longer, you’re also reducing waste and the resources needed for manufacturing, packaging, and disposing of lighting products.

Additionally, LEDs are far more durable than traditional bulbs. They are designed to perform well in various temperatures and conditions, making them ideal for outdoor lighting, bathrooms, and kitchens. This means fewer replacements and better efficiency over time.

Finally, LED lighting is safer than traditional bulbs. Older lighting tends to release heat as a byproduct, while LEDs remain cool to the touch, reducing the risk of burns and fire hazards.

What’s the REal World Impact and How Much Energy Could Be Saved Nationwide?

The advantages of LEDs compound as more households switch. According to the Department of Energy, if every household in New Zealand replaced just one incandescent bulb with an LED, the nation would save millions of kilowatt-hours each year. In homes with LEDs installed across all lighting fixtures, some studies suggest up to 30% reductions in lighting energy costs alone.

How to Calculate Your Household Savings with LED Lights

Calculating potential savings is simple. Here’s a quick guide:

Determine your home’s usage by adding up the total wattage all your home’s bulbs.
Estimate the LED wattage required for the same brightness (usually 80-85% lower wattage).
Multiply by your estimated hours of use per year.
Using your energy provider’s rate, calculate the difference in annual energy costs between current lighting and LEDs.

The results can show how significantly LED lighting can impact your energy bill. However, the actual energy savings will depend on usage. We’ve created a simple calculator below that can help you estimate the energy savings you might make if switching to LED lighting.

LED Energy Savings Calculator

Enter the total number of bulbs and the average wattage of your current bulbs to see estimated energy savings per year and over the lifetime of LED lights.

Total Number of Bulbs: Average Bulb Wattage (W):

Estimated Savings:

How Healthy Homes Team Can Help You Transition to LED Lighting

Switching to LED lighting is one of the most effective steps in reducing household energy consumption. With up to 80% energy savings compared to incandescent bulbs, LEDs cut down on energy bills and reduce environmental impact, providing both short-term and long-term benefits.

Healthy Homes Team can make this transition seamless. Our team specialises in assessing lighting needs, ensuring the right LED bulbs are selected to maximise energy savings without compromising brightness or warmth for your environment and budget.

So are you ready to make the switch? Contact Healthy Homes Team to explore how LED lighting can transform your home’s energy use and create a healthier, more sustainable living environment.

What Does it Mean to Have an Energy Efficient Home?

Written by Healthy Home Team on October 10, 2024. Posted in Energy Efficiency.

As energy costs continue to rise, more and more New Zealanders are looking for ways to make their homes more energy-efficient. But what does it actually mean to have an energy-efficient home, and why is it so important? In this article, we’ll investigate what it means to have an energy efficient home, and why it matters for both your wallet and the environment.

What is an Energy Efficient Home?

At its core, energy efficiency refers to using less energy to perform the same tasks. So when thinking about an energy efficient home, this means reducing the amount of energy needed to heat, cool, ventilate, and power appliances. It’s about getting the most out of the energy you use and minimising energy waste.

Energy efficient homes can lower household energy bills, reduce greenhouse gas emissions, and improve home comfort levels. They’re also a significant factor in tackling climate change. As a result, improving the energy efficiency of homes is a top priority for many governments, including New Zealand’s.

Why is the New Zealand Government Focused on Home Energy Efficiency?

New Zealand is fortunate to have a large portion of its electricity generated from renewable sources, such as hydropower, wind, and geothermal energy. However, despite this abundance of renewable energy, the cost of generating and delivering energy has increased dramatically over the years. This has become a major contributor to the rising cost of living for many Kiwi households. In response, the New Zealand government has taken steps to make home energy efficiency more affordable and accessible.

Programmes like the Warmer Kiwi Homes initiative provide funding for insulation and heating upgrades, helping homeowners—particularly those in older, less efficient homes—reduce energy consumption and lower power bills. The government’s focus on energy efficiency is not just about saving money; it’s also about reducing our collective carbon footprint and ensuring we make the most of our renewable energy resources.

Why Are Older Homes Less Energy Efficient?

Older homes in New Zealand are often much less energy efficient than newer builds. Many older homes were built without proper insulation or with outdated insulation that no longer meets today’s standards. As a result, these homes struggle to retain heat in the winter and stay cool in the summer, leading to higher energy consumption.

Additionally, older homes rely on outdated or inefficient heating methods, such as open fireplaces or poorly maintained heat pumps. These methods often require more energy to maintain a comfortable temperature, increasing energy bills. We talk about the need for regular ventilation and heat pump servicing in a recent article.

Newer homes are built with stricter energy efficiency standards, such as the Healthy Homes Standards, which require adequate insulation, heating, and ventilation to ensure better energy use and overall living conditions.

How to Transform an Older Home into an Energy Efficient Home

Thankfully, it’s possible to transform an older home into a more energy-efficient space with the right upgrades. Let’s explore the key areas where improvements can make a significant impact on your home’s energy efficiency.

1. Heating and Cooling

One of the most important factors in home energy efficiency is how you heat and cool your home. Heat pumps are one of the most energy-efficient heating solutions available. If your heat pump is older, upgrading to a newer, more efficient model can save you a considerable amount on energy costs. Additionally, installing Smart Controllers—like the ones we offer from Sensibo—allows you to schedule heating and cooling, monitor energy usage, and control your heat pump remotely, ensuring that your home is always comfortable while reducing energy consumption.

2. Insulation

Insulation is a key factor in energy efficiency, as it helps regulate your home’s temperature. Upgrading your insulation—particularly in the ceiling and underfloor areas—can prevent heat loss in the winter and keep your home cooler in the summer. If your insulation is more than a few decades old or insufficient, replacing it with modern, high-performance insulation can drastically reduce the amount of energy required to heat or cool your home. This is especially important for older homes that were not built with adequate insulation.

Women on couch enjoying good home ventilation

3. Ventilation

Proper ventilation is essential for maintaining good indoor air quality and preventing dampness or mould, which can lead to higher heating costs and damage to your home. Older homes often have poor ventilation, which leads to trapped moisture and higher humidity levels. Installing a modern ventilation system ensures a continuous flow of fresh air and helps regulate moisture, making your home healthier and more energy-efficient. Heat transfer systems are a great option, as they reuse the warm air inside your home to help regulate temperature more efficiently.

4. Solar Power

Solar power is becoming an increasingly popular option for homeowners looking to improve their home’s energy efficiency. While the upfront costs of solar panels can be significant, they can provide substantial long-term savings by reducing your reliance on grid electricity. By generating your own energy from the sun, you can cut down on power bills and reduce your environmental impact. Many government initiatives and low-interest loans are now available to help homeowners invest in solar power.

5. LED Lighting

Lighting is another area where energy savings can be made. LED lighting uses up to 85% less energy than traditional incandescent or halogen bulbs and last much longer, meaning fewer replacements and lower electricity costs. Simply replacing older light bulbs with LEDs throughout your home can have an immediate impact on your energy consumption.

6. Smart Automation

Integrating smart home automation products can help you monitor and control your energy usage more effectively. By automating your home’s energy use, you can ensure that your heating, cooling, and lighting systems are optimised for efficiency, even when you’re not there to control them manually.

Why Home Energy Efficiency Matters

Creating an energy-efficient home isn’t just about saving money—it’s about making your home more comfortable, sustainable, and environmentally friendly. With rising energy costs in New Zealand, improving the energy efficiency of your home is one of the best investments you can make. From upgrading insulation and ventilation to integrating smart home technology and solar power, there are many ways to reduce energy use in both older and newer homes.

At Healthy Homes Team, we specialise in helping homeowners and landlords make their properties more energy-efficient. Whether you’re looking for a new heat pump, insulation, or a smart home automation system, we have the products and expertise to guide you through the process. Contact us today to start your journey towards a more energy-efficient home.

Sensibo Smart Controller for Heat Pump Automation

The Benefits of Smart Controllers for Heat Pumps – Keep Your Home Cool and Efficient this Summer

Written by Healthy Home Team on October 3, 2024. Posted in Energy Efficiency.

Summer is fast approaching, and with it comes the inevitable rise in energy bills as the heat and humidity climb. Older heat pump units may still do a great job of cooling down your home, but they often lack the smart features that newer models have to improve energy efficiency. Thankfully, smart controllers for heat pumps offer an affordable way to improve your homes energy efficiency, giving you greater control over your home’s climate while saving both energy and money.

At Healthy Homes Team, we offer Sensibo smart controllers, which can easily be added to your existing heat pump or air conditioning unit. Let’s dive into how smart controller for heat pumps work, the benefits they provide, and why Sensibo is the perfect solution for those looking to optimise their home’s energy use.

What is a Smart Air Conditioning Controller?

A Smart Air Conditioning Controller is a device that connects to your air conditioner or heat pump, allowing you to control it remotely via a smartphone app. These controllers bring modern, smart features to your existing air conditioning system, giving you more flexibility and greater energy efficiency.

By integrating with your home’s Wi-Fi, a smart controller allows you to monitor and manage your AC unit from anywhere, using features like:

Remote access features which allow you to turn your air conditioner on or off from anywhere using your smartphone.
Geofencing & location based options which can automatically turn your AC on or off based on your location.
Scheduling options allow you to create custom schedules to adjust your AC or heat pump based on your routine. This can be particularly helpful for maintaining optimal temperatures during the day and night, ensuring comfort while conserving energy.
Smart controllers can help you reduce your energy consumption by automatically adjusting the temperature based on your habits and preferences.
And finally, many smart controllers integrate with other smart home devices like Google Assistant, Amazon Alexa, and Apple HomeKit, allowing you to manage your home’s cooling with voice commands or through automated systems.

Smart Controllers for Heat Pumps – Why use them?

Using a smart controller for your heat pump can transform your air conditioning system, making it more efficient and convenient to use. Traditional air conditioners often run longer than necessary, leading to wasted energy and higher power bills. With a smart controller, you can schedule your air conditioning to work only when needed, significantly cutting down on unnecessary usage. Features like geo-fencing and energy monitoring provide real-time feedback, helping you optimise your AC’s operation to save energy.

Sensibo Smart Home Automation and Smart Heat Pump Controllers

Additionally, smart controllers allow you to control your air conditioning unit from anywhere, giving you the ability to adjust the temperature even when you’re not at home. Whether you’re stuck in traffic or on your way back from a holiday, you can ensure your home is cool and comfortable by the time you arrive.

Many smart controllers for heat pumps can also be integrated into a broader smart home system. They work alongside other smart thermostats, lights, and security systems. This allows you to control multiple systems from one app and create automations that work together to keep your home comfortable and energy-efficient.

Sensibo: Adding Smart Features to Your Existing Unit

At Healthy Homes Team, we offer Sensibo, a leading brand in smart air conditioning controllers. The best part about Sensibo products is that they allow you to add smart features to your existing air conditioning or heat pump unit—there’s no need to invest in an entirely new system.

Sensibo products, such as the Sensibo Sky and Sensibo Air, work with over 10,000 models of air conditioners and heat pumps, making them compatible with virtually any system. Here are a few key features that Sensibo provides:

Easy Installation: Sensibo devices are simple to install. All you need to do is attach the Sensibo controller to your AC unit and connect it to your Wi-Fi network. From there, you can pair it with your smartphone and start controlling your system remotely.
Smart Scheduling and Geo-Fencing: Sensibo allows you to set schedules for your air conditioner or heat pump, ensuring your home stays cool when you need it to, and conserving energy when you don’t. Geo-fencing lets your system adjust based on your location, so you don’t waste energy cooling an empty home.
Voice Control: Sensibo integrates with popular voice assistants like Google Assistant and Amazon Alexa, making it even easier to control your air conditioning. With a simple voice command, you can adjust the temperature or turn your system on or off.
Energy Savings: Sensibo’s real-time monitoring and smart features help reduce energy consumption. By optimising your air conditioner’s operation, Sensibo ensures that you save on your energy bills without sacrificing comfort.

Make Your Home Smarter and More Efficient this Summer

Sensibo provides the perfect solution for homeowners who want the benefits of a smart air conditioning system without the expense of replacing their existing unit. Whether you’re looking to make your home more energy-efficient or simply want greater control over your cooling system, Sensibo can help you achieve your goals.

At Healthy Homes Team, we’re proud to offer Sensibo smart controllers for heat pumps, and other smart home automation solutions for homeowners. Contact us today to learn more about how Sensibo can help you create a cooler, more energy-efficient home this summer!

An EVOAQ Heat Transfer System installed in a New Zealand home

The Benefits of Installing a Heat Transfer System in Your Home

Written by Healthy Home Team on September 4, 2024. Posted in Energy Efficiency, Heating & Cooling.

There’s nothing quite like the warmth and comfort of a fireplace. It’s the heart of many homes, providing both heat and ambiance during the colder months. But what if you could make that warmth work even harder for you? That’s where a heat transfer system comes in.

Maximise Your Fireplace’s Efficiency with a Heat Transfer Kit

If you’re considering installing a fireplace or already have one, a heat transfer system is a smart addition to your home. While your fireplace does a great job of heating the room it’s in, a heat transfer kit can help spread that warmth to other areas of your home. By redistributing the heat generated in your living room to bedrooms, hallways, and other spaces, you can create a more evenly heated home without needing to install additional heaters.

Heat Transfer Lowers Your Winter Power Costs

One of the biggest benefits of a heat transfer system is its ability to significantly lower your power bills. Instead of relying on multiple heaters to warm different parts of your house, a heat transfer system efficiently redistributes the heat generated by your fireplace to other rooms. This not only reduces the need for electric/gas heaters or other costly heating methods, but also maximises the use of the heat already being produced, ensuring no warmth goes to waste.

By spreading the heat throughout your home, you create a more balanced and consistent temperature, eliminating cold spots that would otherwise require additional heating. This means that once your fireplace is up and running, the heat transfer system can maintain a comfortable temperature in multiple rooms, reducing the frequency with which other heating devices need to be turned on. Over time, this can lead to substantial savings on your winter energy bills.

Moreover, a heat transfer system can extend the use of your fireplace, allowing it to be a more central part of your home’s heating strategy rather than just a cosy feature in one room. With rising energy costs, finding ways to efficiently heat your home is more important than ever, and a heat transfer kit is a practical solution that leverages your existing resources to keep your home warm without inflating your power bills.

Why Choose an EVOAQ Heat Transfer System?

At Healthy Homes Team, we offer the EVOAQ Heat Transfer System, which is designed to maximise the efficiency of your home’s heating. The EVOAQ system uses advanced fan technology and automatic sensing controls to ensure optimal heat distribution throughout your home. By installing an EVOAQ Heat Transfer unit, you can enjoy a warmer, more comfortable home without the added cost of running multiple heaters.

An EVOAQ heat transfer kit is a smart investment for any homeowner looking to make the most of their fireplace. If you’re considering installing a fireplace or want to improve the heating in your home, consider adding an Heat Transfer unit. Contact Healthy Homes Team today to learn more about how this system can work for you.

Healthy Homes Standards: A Guide for Landlords

Written by Healthy Home Team on July 25, 2024. Posted in Energy Efficiency.

The healthy homes standards, which became law on 1 July 2019, set minimum requirements for heating, insulation, ventilation, moisture ingress and drainage, and draught stopping in rental properties. These standards are designed to help tenants keep their homes warm and dry, ultimately contributing to better health outcomes and long-term cost savings in property maintenance.

Why the Healthy Homes Standards are Important

With more than 600,000 households renting in New Zealand, research indicates that rental properties are generally of poorer quality compared to owner-occupied homes. There is a significant link between cold, damp, and mouldy homes and poor health, particularly concerning conditions like asthma and cardiovascular diseases. By improving the quality of rental homes, the healthy homes standards aim to enhance the health and well-being of tenants, reduce medical costs, and lower hospitalisation rates. Additionally, warmer and drier homes are less prone to mould and mildew, protecting landlords’ investments.

The Healthy Homes Toolkit for Landlords

If you need assistance in meeting the standards, there is a healthy homes standards toolkit for landlords can be invaluable. This toolkit includes a detailed guide about the standards and easy-to-use checklists to help you get up to standard and maintain compliance over time.

When You Need to Meet the Standards

All rental properties must comply with the healthy homes standards by 1 July 2025. However, compliance deadlines may vary based on the type of tenancy and the timing of new or renewed tenancies. It’s possible that some properties should already be compliant. Use our decision tool to determine the specific compliance date for your property. Once you meet the standards, you’ll need to maintain them to ensure ongoing compliance.

What Are the Healthy Homes Standards?

Heating

Landlords must provide one or more fixed heaters capable of directly heating the main living room. These heaters must be of an acceptable type and meet the minimum heating capacity required for the space. The aim is to ensure that the living room can be adequately heated, contributing to a warm and healthy home environment.

Insulation

Since 1 July 2019, ceiling and underfloor insulation has been mandatory in all rental homes. The healthy homes insulation standard builds on this, requiring some existing insulation to be topped up or replaced.

Providing ceiling and underfloor Insulation is a requirement landlords need to meet. The standards state the that the minimum R-Value for Ceiling Insulation is 2.9 in the North Island and 3.3 in the South Island while the minimum R-Value for underfloor Insulation is 1.3 across all of New Zealand.

Ventilation

Each habitable space must have a window or door that opens to the outside and can be fixed in the open position. Additionally, kitchens and bathrooms must have extractor fans to remove moisture. Good ventilation helps reduce moisture levels, making the home easier to heat and keeping tenants healthy.

Moisture Ingress and Drainage

Rental properties must have efficient drainage, guttering, and downpipes to remove stormwater, surface water, and groundwater. In properties with enclosed sub-floors, a ground moisture barrier is required to prevent moisture from entering the living spaces.

Draught Stopping

Landlords must block any unreasonable gaps or holes in walls, ceilings, windows, floors, and doors that cause noticeable draughts. Open fireplaces must also be blocked unless otherwise agreed upon by the tenant and landlord.

Compliance Deadlines and Consequences of Non-Compliance

Landlords who fail to meet their obligations under the healthy homes standards are in breach of the Residential Tenancies Act 1986 and may face financial penalties. There are some specific exemptions to these standards, and general exemptions may apply to certain rental homes. More information on exemptions can be found on the Tenancy Services website.

All rental properties must meet the healthy homes standards by 1 July 2025. Ensure your property is compliant by the required deadlines based on tenancy types and renewal dates. Maintaining compliance is crucial for the health and well-being of your tenants and the protection of your property investment.

Healthy Homes Guarantee Assessment

At Healthy Homes Team, we offer a Healthy Homes Guarantee Assessment specifically for landlords and property managers. Our team will conduct a thorough inspection of your property and provide tailored solutions to ensure compliance with the Healthy Homes Standards as mandated by the Healthy Homes Guarantees Act 2017. This comprehensive check ensures that your property meets all the necessary standards and provides you with a Healthy Home Statement (HHS) that is indemnified by us. Click here to book at Healthy Homes Guarantee Assessment today.

The Power of LED Lighting

Written by Healthy Home Team on July 20, 2024. Posted in Energy Efficiency.

Over the past few years, LED lighting solutions have gained lots of popularity and have become way more affordable. After being considered an expensive option once, LEDs are now pretty. accessible to a wide range of consumers. This makes them a great choice for homeowners in New Zealand looking to upgrade their lighting systems. This shift is driven by the numerous benefits that LED lights offer, both in terms of performance and cost savings.

Energy Efficiency Benefits of LED Lighting:

One of the most significant advantages of LED lighting is its energy efficiency. LED lights consume way less energy compared to traditional incandescent or halogen bulbs. Incandescent bulbs, for instance, convert only around 10% of the energy they use into light, with the remaining 90% being lost as heat. In contrast, LEDs are much more efficient, converting up to 90% of their energy into light. This dramatic difference results in huge energy savings, which can significantly reduce electricity bills.

LED Lighting has Longer Lifespans and Less Maintenance

Another great benefit of LED lighting is its longer lifespan and lower maintenance requirements down the road. LED bulbs can last up to 25 times longer than incandescent bulbs and about 10 times longer than compact fluorescent lights (CFLs). This extended lifespan means fewer replacements and less frequent maintenance, saving you both time and money. Additionally, LEDs are more durable and resistant to shocks and vibrations, which makes them ideal for various applications around the home.

Choosing the Right LED Bulbs:

When selecting LED bulbs for different applications, it’s important to consider factors such as colour temperature and lumens. Colour temperature is measured in Kelvin (K) and determines the hue of the light. For a warm, cosy ambiance, choose bulbs with a lower colour temperature (around 2700K to 3000K). For a bright, energising light, opt for bulbs with a higher colour temperature (4000K to 5000K).

Lumens measure the brightness of the light. Higher lumens mean brighter light, so consider the lumens required for different areas of your home. For instance, living rooms and bedrooms typically will need lower lumens for a softer light, while kitchens and workspaces benefit from higher lumens for better visibility.

Switch to LED Lighting:

Switching to LED lighting throughout your property is a smart investment that offers you significant energy savings and long-term benefits. Not only do LEDs reduce electricity consumption, but their longer lifespan and lower maintenance requirements also contribute to cost savings. With the added benefits of durability and versatility in various applications, LED lighting is a really excellent choice for creating a more energy-efficient and environmentally friendly home.

By understanding the advantages of LED lighting and making informed choices about colour temperature and lumens, you can enhance the comfort and functionality of your living spaces.