Heat Pump Installation:
Wynyard
At EcoFuture we specialise in air source heat pump installation in Wynyard. The company has over 30 years’ worth of experience providing heat pumps, solar PV, battery storage, EV charging, and high-efficiency boilers county wide.
Wynyard Heat Pump Installers
Our heat pumps are sourced from leading renewable manufacturers such as Vaillant and GivEnergy. Our products can offer up to 100% more Coefficient of Performance (CoP) which is the benchmark for how efficient heat pumps run.
The team works with our customers from start to finish, providing in-depth heat loss surveys which will determine not just what the best product for your home is, but also how to maximise your product once installed.
We’re able to not just save you money on increasing energy bills, but also create a bespoke heating system to reduce your carbon footprint.
You’re able to claim up to £7,500 in government grants via the Boiler Upgrade Scheme (BUS).
If you’d like to learn more about heat pump installation in Wynyard or to book your heat loss survey, contact our trained technicians at 0191 490 3308 or start your quote online.
Heat Pump Unit
The heat pump absorbs heat from the air outside into a fluid called a refrigerant. They can work in temperature's as low as -15c!
Heating
As the refrigerant circulates inside the heat pump, it is compressed which increases the temperature. This then provides heating for your home.
Hot Water
Heat pumps don't produce hot water on demand, they need to store hot water in a cylinder. These vary depending on the household demand, but can generally be fitted inside a 80x80cm cupboard.
Why Choose EcoFuture For Your Heat Pump Install?
MCS
MCS is one of the leading accreditations in the energy industry. Our certification requires us to work to incredibly high levels of workmanship ensuring that all projects are completed to an exceptionally high standard as set out by the Department of Business, Energy & Industrial Strategy (BEIS).
HEIS
HIES is a Chartered Trading Standards Institute (CTIS) and covers consumer protection for home energy products across the renewable energy sector. They include annual vetting of EcoFuture to make sure our practices are up to standard.
Trustmark
Trustmark is one of the few government-led schemes that ensure the quality of workmanship carried out within the home. EcoFuture hold this mark meaning any air source heat pump installation we carry out comes with government backed piece of mind.
Heat Geek
Heat Geek was created to teach consumers more about how renewable energy and its technologies work. Their accreditation includes a thorough vetting process to highlight only the most reputable air source heat pump installers within the UK.
Our Process: Air Source Heat Pump Installation
Our 30+ years of experience in creating bespoke air source heat pump installations across the North East, Durham and Northumberland has allowed us to create packages that work for all budgets. We pride ourselves on not just delivering first-class installation, but also unrivalled customer support and aftercare.
Our process starts with a simple introduction to learn more about what you need for your air source heat pump, followed up with detailed recommendations on what we believe will best suit.
At EcoFuture there is no job that is too big or too small. We realise that for many, the concept of creating a cheaper alternative to gas may be a little foreign, which is why our experts are on hand to both inform and deliver to the highest of standards.
The aftercare that we include is unrivalled. Our skilled support team is on hand 7 days a week to address any issues or queries that you may have. We highly recommend that you book an annual service to make sure your heat pump is working as well on day 365 as it did on day 1.
How do they heat?
smart technology
Air source heat pumps are designed to absorb heat before then transferring it to an outlet, such as a radiator. It draws in air from outside and takes the heat particles from that to move to the indoor area.
The process is one that is much cheaper to run than a traditional gas boiler and much better for the environment. The technology developed means that it doesn’t burn any fuel, meaning that there is no carbon dioxide emitted.
Each module has a compressor that is powered by electricity. This draws in the cold air from the outside and compresses the air. When you compress air, it increases the temperature which then allows the pump to move the warmer out of its exchange and into the home.
The air source heat pumps that we use at EcoFuture have industry-leading technology throughout. This allows them to be incredibly efficient in not only drawing cooler air but also expelling warmer air.
Most homes already have appliances that use this exact technology but in reverse. A refrigerator takes in the warm air from the home and converts it into cool air using an air pump. Instead of compressing the air particles, it decompresses, which allows the particles to move and become much cooler.
Heat Pumps & Solar
PAIRING WITH OTHER SUSTAINABLE TECHNOLOGY
To offset the usage costs of air source heat pumps you can link them to a solar PV system. This is a combination of solar panels (usually situated on the roof) that draw energy from the sun and convert it into electricity.
At EcoFuture we can provide solar PV systems that can offset some or even all the running costs of an air pump system. Our products have the capability of creating huge sources of electricity from solar energy, giving you the choice of selling excess energy back to the grid or storing the power for future use in large batteries (more about battery storage systems here).
If you do decide to install a solar PV system alongside your air source heat pump then you can use the electricity the pannels generated to power your heating for free. You can even store any unused energy generated into a battery storage system meaing you can benefit from free energy at night or when the sun isn’t shining.
To find out more about our Solar PV options visit our dedicated page on Solar Panels.
Can Anyone Have An Air Source Heat Pump?
The conversion from traditional heating methods to an air source heat pump is widely accessible for most homes. We will work directly with you to discuss what options are available.
In rare cases, a full air source heat pump might not be possible or might not be the most efficient way to proceed. When this occurs, we recommend a hybrid system that still has some of the benefits of the air source pump, but also the backup of more traditional methods.
Installations will generally fall under the “permitted developments”, so there is no need to contact local planning for permission. However, if we feel that it may infringe on these guidelines, we will do this on your behalf, while also checking with the District Network Operator (DNO) who currently supplies your existing electricity.
How Much Do They Cost to Run?
Running costs will vary based on the type of pump you install and the amount of energy that you need. Each pump comes with a Coefficient of Performance (CoP) that highlights the amount of heat produced for every unit of electricity used.
The more efficient the heat pump the cheaper it is to run. For example, a typical heat pump will produce three units of heat per single unit of electricity. This will give it an efficiency rating of 300%.
A typical house will need around 4,000 kWh to produce 12,000 kWh of heat. The current average electricity price per KW in the UK is 34p, giving you an annual cost of £1,360 or a monthly cost of £113.33.
If we were to compare that to gas, the price is a little more than you’d pay with a traditional boiler. Gas prices are currently at 10p per kWh in the UK, meaning your total cost would be £1,200, some £160 cheaper.
However, there are multiple reasons why the air source heat pump will be cheaper to run in the long term.
The first is that a gas boiler needs replacing once every ten years at a cost of around £5,000 (including installation). An air source heat pump will last for 20 years, which means that you need to add a £5,000 cost to the overall price.
Second, gas prices are rising at a much higher rate than electricity. This means that after 20 years based on current price increases, you will save around £6,000 using a heat pump over gas.
The final part and one of the most important is that, if you decide to use solar PV with your heat pump, you could potentially get your heating for free. The energy gained from the solar panels could quite easily power your whole heating system and even make enough to sell back to the grid or store for other energy needs.
Heat Pump Pros & Cons
After installing dozens of air source heat pump installations across the North East and Northumberland, we’ve created a pros and cons list to provide more detail about the product that you’re getting.
Pro's
- Save Money – Long term you’re going to save money using an air source heat pump over traditional heating systems. The cost of gas is increasing at a much higher rate than electricity and heat pumps twice as long as traditional boilers.
- Low Carbon Footprint – Heat pumps kick out 3-4 units of energy for every single unit used to create it. It massively reduces the volume of harmful gasses that you use and creates a much more sustainable environment.
- High Seasonal Coefficient – Heat pumps only work as hard as they need to based on the outside temperature at the time. The warmer it is, the less work it needs to do, whereas, with a traditional heating system, the same power is used regardless of the outside temperature.
- Can Heat and Cool – Some models can both heat and cool your home. This is dependent on the CoP of your pump but can save considerable costs over traditional air conditioning units.
- Easy to Install – EcoFuture has a highly skilled team that can install a full system within a matter of days. There is (generally) no planning permission needed, and most pumps simply hook up to existing heating outlets (radiators, underfloor heating, etc.)
- Can Last for up to 20 Years – Most units are good for 20 years’ worth of continuous use. Compare that to a traditional boiler that is recommended to be changed every 5 - 10 years.
Con's
- High Initial Setup Costs – The initial cost may seem high for an Air Source Heat Pump, however when you take the BUS grant (Boiler Upgrade Scheme) into account your total costs will be significantly lower.
- Home Needs to be Well Insulated – Your home needs to be free from major draft and heating leaks for the system to work at its best. This may incur extra costs to get up to standard for homes that are currently rated as “poor”.
- Can Be Noisy – Unlike Vaillant Heat Pumps which have been awarded with the prestigious Quiet Mark certification for exceptional noise control and low volume, other heat pump brands may have a higher noise level.
Air Source Heat Pump Installation
One of the many benefits of choosing EcoFuture for air source heat pump installation in the North East and Northumberland is that we provide a complete installation process as part of our service. Not only are we accredited and highly skilled heat pump engineers, but we’re also electrical and gas engineers, covering all aspects of heat pump installation.
The installation process is unique to each job and can take anywhere from a few days to weeks to complete. Most homes will have a lot of base work in place (piping, well-insulated rooms, etc.) meaning that the air pump installation can be done in a day or two.
One of the key areas we discuss with clients is where they would like the pump to be located. We try and ensure that it’s well hidden but allows access for maintenance. We will advise on areas where the air pump will be most efficient and include information on additional features, such as smart meters and heating apps.
Get an online quote in minutes
By providing us with a few details of your property and lifestyle, we can suggest the right system and quote for you. If you would like to speak to us before filling out your details then please get in touch.
PLEASE NOTE:
Before continuing, it is worth noting that Heat Pumps are long term investment and installation costs can start from £10,000. In order to provide you with a fully comprehensive quotation and proposal, we need to carry out a heat loss survey of your home.