Buying Guides
Our experts have put together the top things to consider for each of our product ranges. Helping you choose the best product for you and your family.
Portable Heating
Dehumidifiers
Air Purifiers
Cooling fans
Sustainability
Sustainability plays a key role in the future of Dimplex. We believe it's our moral responsibility to do what we can for future generations.
Heat Pumps align with the steps we are taking in 2022
How does the industry feedback to the 2020 Technological Innovations and Climate Change?
Address building regulations with low carbon electric water heating from Dimplex
Keep your family safe with Dimplex's electrical heating checklist
When used correctly, electric heaters are one of the safest ways to warm a room, making them ideal choice for family homes. As winter has arrived, now is the ideal time to evaluate your electrical heating to make sure you remain cosy and safe this season.
How to specify the right heat pump for your residential project: Project design and site constraints
This blog is focussed on the considerations around site constraints that should be considered by Mechanical and Electrical (M&E) consultants and other building professionals when specifying heat pumps for residential projects. It is taken from the white paper ‘A technical guide to the specification of heat pumps for single dwellings and multi-occupancy residential or mixed-use developments’ to give you a taste of just one of the many important areas that can influence specification choices covered in this comprehensive white paper.
What is a split system air source heat pump?
A split system air source heat pump has two parts to the unit with the outdoor unit placed outside to capture energy from the air and the indoor unit inside the building to use that energy to heat water for the dwelling. They are linked together by two pipes carrying the refrigerant – one in liquid and one in gaseous/vapour form.
What are the four new compliance metrics embedded in the updated 2022 Part L?
We have written a series of four blogs to help understand the changes and what they mean for residential developments. Each blog will introduce one of the four compliance metrics and consider what these mean for modern construction.
Should the government discourage mechanical cooling?
Should the government discourage mechanical cooling?
The UK government’s proposal to introduce an overheating in new dwellings regulation aims to address the impact of rising summertime temperatures and increased risk of heat waves on buildings, especially within our overheating cities.
How can we achieve the 80% carbon reduction target with HVAC technology available now?
The best way to navigate any regulatory overhaul is to understand its impact on the specification of construction products and, significantly, how it will affect the people being asked to live in the low carbon dwellings of the future.
Net-zero emissions by 2050: What does Net-zero mean?
From industry events, government press releases and various net-zero commitments from different cities and companies, everyone is standing up to agree that we need to be net-zero sooner than the turn of the century. But what does ‘net-zero’ actually mean?
Has the industry seen the changes it asked for in reply to the Decarbonising Heat in Homes Call for Evidence?
Has the industry seen the changes it asked for in reply to the Decarbonising Heat in Homes Call for Evidence?
How can reasonable distribution of cost support the decarbonisation of heat?
We all have a role to play in meeting climate targets. The reasonable distribution of the cost of decarbonisation of heat could support a smooth transition to a low carbon economy. A considered approach could help navigate issues around fuel poverty and accelerate the uptake of a low carbon solution.
What are the installation options for a ground source heat pump (GSHP)?
There are three installation options with a GSHP; each one requiring slightly different considerations. These options are trenches, boreholes and installations next to large bodies of water, such as lakes.
A common requirement with all of them, however, is the need for internal space to install the buffer tank and water cylinder. A GSHP requires a network of coils to be buried underground or submerged in a body of water, where it can draw heat energy used by the heat pump to meet the energy needs of the building.