Home heating blogs relating to oil and renewable technologies for industry professionals and homeowners
One of the ways that new build developments are making their properties more environmentally friendly is by selecting low-carbon air source heat pump central heating systems. Here, we will explain why heat pumps are so well suited to new build homes, outline how the Future Homes Standard will soon mandate low carbon heating systems for new builds, and explain the benefits that heat pumps can deliver to developers, their properties and the homeowners who purchase them.
The installation of an air source heat pump is often completed by the installing engineer with the support of an electrician towards the latter stages of the install. Rob Dyer, Grant UK’s Technical Sales Support Engineer for the East of England and Midlands, shares a quick guide for electricians and what they need to know about working with heat pumps.
The number of air source heat pumps being installed is increasing and as we move towards achieving net zero, these figures are only going to increase. This renewable, low carbon technology presents installers with new opportunities to develop their businesses so in this blog, we are going address some of the misconceptions that heating engineers may have about air source heat pumps.
The UK Government’s Warm Homes Plan is striving to increase the uptake of cleaner home heating, reduce fuel poverty, provide warmer homes and improve the energy efficiency of thousands of homes. Within the Warm Homes Plan, two significant funding schemes are included – the Warm Homes: Local Grant and Warm Homes: Social Housing Fund Wave 3. In this guide, we will focus on the Warm Homes: Local Grant, what it means for local authorities and how Grant UK can support with the supply of low carbon heat pumps.
When making any significant changes to a property, it is important to know whether or not planning permission is required. Here, we explain why most Grant heat pump installations do not need planning permission and while this blog is primarily aimed for installers and specifiers, the content will also be of interest to homeowners.
Yes, air source heat pumps (ASHPs) can be retrofitted into existing or older properties - not just new builds. However, for the heat pump system to perform efficiently and meet the heating demand of these homes, installers must ensure sufficient energy efficiency measures are in place and that the system has been accurately designed. This blog explores the topic of retrofitting heat pumps and the important installation steps installers need to follow.
As a heating engineer and installer, it is crucial to understand the importance of designing a well-functioning heat pump system. System design is an essential component of modern heating and designing a system that is tailored to a building's needs can significantly impact its efficiency and performance. In this blog, Grant UK’s Design Manager, Steve Burton, talks through the processes involved in specifying and sizing a heat pump system.
Air source heat pumps use refrigerants to absorb heat energy from the air outside and convert it into useable energy to heat our homes and hot water. For the last few years, R32 refrigerant has been widely used in heat pumps but, as heat pump technology continues to evolve, so too has the choice of refrigerants used in heat pumps with R290 emerging as an alternative. In this blog, we take a closer look at R290 refrigerant and its role in home heating.
R290 refrigerant, which is commercially known as refrigerant grade Propane, is being increasingly used in air source heat pumps because it is a more eco-friendly refrigerant option. If you are a heat pump installer interested in working with R290 heat pumps, there are some important differences you need to be familiar with. In this blog, we will go into detail about the importance of understanding R290 refrigerant including safety considerations and best practices for installation.
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