Why choose Dimplex?
With 75 years of trading experience and a dedication to innovation and sustainability, Dimplex continues to provide award winning services across multiple sectors to their customers. With experienced specialists at hand to provide swift end to end service and support your project, Dimplex are dedicated to adding value and exceeding expectations.
Comprehensive service
We strive to be customer-focused in our business. Our Help Centre is complete with expert product information and intuitive to your needs. Product manuals and troubleshooting guides provide insights when choosing solutions for your home.
Our Commitment
Sustainability strategy
As part of Glen Dimplex Group, we are committed to dealing with the sustainability challenges that come with providing heating and ventilation solutions. We aim to redesign the future with solutions that care for people and planet.
Our Vision
Effective partnership
For our trade partners, we provide expertise gained through years of experience. Our curated resource library includes technical guidelines and specification information, to support you at every stage of your project.
Our Goals
Sectors
Learn more about what we do. Our range of HVAC solutions aim to provide future proof technologies to building projects over various sectors.
Why was GDHV's hot water heat pump solution used for the pioneering Project 80?
We recently published the first blog in our series on the ground breaking Project 80 by Midland Heart in Birmingham. This blog explains in more detail why a fully electric solution with a hot water heat pump by Dimplex at its heart was selected as one of the technologies to deliver the objective of the project - homes built to the Future Homes Standard, today.
GDHV's innovative hot water heat pump technology supports major social housing developer in building to Future Homes Standard (FHS) today
GDHV's innovative hot water heat pump technology supports major social housing developer in building to Future Homes Standard (FHS) today
How to correctly size an ambient loop heat network using diversity factors
As their name suggests, ambient loops operate at significantly lower temperatures than traditional communal high temperature heating systems. This means that a different approach is required when sizing the ambient loop distribution system. Calculation of such systems follows a procedure where diversity is used to determine the design flowrate for a development. It also determines the sizing of pipework and circulation pumps for an ambient communal network solution such as the Zeroth Energy System. The in-apartment flowrates required for the selected size of the Zeroth Heat Pumps can then be calculated.