Installed Heating
Installed heating from Dimplex provides a robust, permanent, fitted electric powered system that is suitable for all types of room or for the whole home.
With the UK’s ongoing efforts to decarbonise heating, Dimplex electric heating solutions are a perfect solution: they are easy to install and offer great functionality and efficient energy use. There are two types of installed electric heater: direct-acting heaters which use standard rate electricity for instant heat, and storage heaters that absorb energy supplied at a lower price for slow release later.
What does electric heating mean to you?
Lower costs
Lower upfront costs when building or renovating a home, enabling faster build with greater freedom. Little to no service or maintenance required once installed.
Environmentally friendly solution
No carbon dioxide output helping to reduce carbon footprint of your home, helping to reduce environmental impact.
Saving money on energy bills
Take advantage of smart energy tariffs designed for modern storage heating, such as British Gas Dimplex Quantum Tariff
Smart heating controls
Helping you to manage your heating efficiently by responding to changing weather conditions and your requirements to maintain your ideal room temperature.
Explore our full product range
Storage Heaters
Storage heaters are electrical heaters that store heat generated from low-cost nighttime electricity and release it during the day.
Panel Heaters
Panel heaters are direct-acting heaters, able to heat a space up quickly by convection, and are a great solution for when instant heat is required.
Fan Heaters
Fan heaters work by using a fan to pass air over a heat source. The more air passes across the heating element the more quickly the temperature will rise in that area.
Featured product
Quantum
Designed, developed and manufactured in the UK by Dimplex, it stores up low-cost, off-peak energy to be used on demand through the day, making it the most economical electric heating on the market today
Towel Rails
Designed to provide warm, dry towels all year round, our range of towel rails can also provide background or full heat to help you meet your home’s unique demands.
Electric Radiators
Dimplex Electric Radiators are designed to perform and function in a similar way to traditional wet-filled radiators.
Supplementary Heaters
Heating products that address often difficult-to-heat areas such as conservatories, patios, garages and workshops, utility room, cupboards or corridors.
Water Cylinders
Electric water heating is an efficient method of heating water directly with electric immersion, reducing energy losses than can be experienced from pipework, and circulating pumps
Featured product
Q-Rad
Q-Rad is our most intelligent, Lot 20 compliant electric radiator yet, with attractive styling to match the Quantum off-peak storage range. It provides instant warmth through dual-element technology.
Looking for something in particular?
What is EN 14825?
EN 14825 sets out the temperatures, part-load conditions, and calculation methods for determining the Seasonal Coefficient of Performance (SCOP) and Seasonal Energy Efficiency Ratio (SEER). It applies to the operation of air-conditioning units, process chillers, and particular types of hybrid heat pumps. The values used to define the SCOP can be calculated or measured. If measured values are applied, the standard covers the applicable test methods.
What is EN 14511?
EN 14511 sets out standardised performance and rating terms for air-conditioning units, heat pumps and liquid chilling packages that supply space heating or cooling. EN 14511 is used for a determination of the Coefficient of Performance (COP) that gauges the performance of a heat pump.
What is diversity in HVAC systems?
What is diversity in HVAC systems, and how does it affect HVAC system design and specification for residential developments?
Diversity in HVAC systems within medium to large scale developments acknowledges that it is unlikely the maximum demand of all individual users of the system will arise concurrently. The total heat demand in a building is likely to be lower than the maximum or peak demand at various points in the heat network.