Lower bills
Homeowners save up to 60% on hot water bills with volumetric heating and smart tariffs.
Deliver energy-efficient homes that excite buyers, simplify compliance, and prepare your developments for a smarter energy future.
Homeowners save up to 60% on hot water bills with volumetric heating and smart tariffs.
Mixergy cylinders are SAP Appendix Q recognised and proven to support EPC uplift.
Compatibility with any heat source gives design flexibility without sacrificing performance.
Mixergy Solar X is helping Cala Homes East deliver energy-efficient homes with cutting-edge smart hot water technology.
One homeowner has seen savings of 990 kWh a year (equivalent to 250kg of carbon). It’s a smarter, future-ready solution that meets today’s sustainability goals and tomorrow’s energy standards.
For Cammo Meadows, we needed a product that would work with both solar PV and gas boilers to help us make that transition to a gas-free domestic environment which is why we chose Mixergy.
Philip McCulloch, Technical Director, Cala Homes (East)
All Mixergy systems feature patented sensor technology with top-down heating, intelligent controls, grid connectivity, and design that lowers compliance costs and bills.
Mixergy iHP X combines a high-efficiency heat pump and hot water cylinder in one compact unit, removing the need for external components and simplifying specification for space-constrained developments.
Recognised as the highest-performing integrated heat pump cylinder in SAP, iHP X delivers outstanding EPC uplift and helps developers meet Future Homes and Home Energy Model requirements with ease.
The detachable head unit simplifies delivery, installation, and servicing, reducing on-site time and risk for M&E contractors, ideal for multi-plot developments and apartments.
With boost mode delivering usable hot water in under 30 minutes, iHP X ensures homeowners enjoy reliable comfort and rapid reheat times, setting a new standard for integrated heat pump performance.
Solar X comes with an integrated solar diverter, removing the need for third-party components. This simplifies installation, cuts costs, and ensures maximum use of free solar energy for hot water.
Engineered for SAP 10.2 and the Home Energy Model, Solar X delivers measurable EPC uplift, helping developers achieve compliance targets at lower cost with fewer solar panels required.
Using patented top-down heating, Solar X delivers more usable hot water from a smaller cylinder, reducing space requirements while improving efficiency and recovery times.
With built-in machine learning and compatibility across gas, electric, and heat pump systems, Solar X supports time-of-use tariffs and renewable integration for long-term energy optimisation.
Mixergy X is officially listed in SAP and the Home Energy Model, delivering proven EPC uplift and helping developers meet compliance targets with confidence.
Designed for flexibility, Mixergy X connects seamlessly to gas, direct electric, or heat pump systems — giving developers one cylinder that adapts to any project specification or future upgrade path.
Patented top-down heating delivers usable hot water up to ten times faster while using up to 40% less energy, reducing system demand and enabling smaller plantroom layouts.
Built with connected intelligence, Mixergy X integrates with smart tariffs, PV systems, heat pumps and future-ready controls to optimise efficiency and lower running costs for homeowners.
At Priddy’s Hard in Gosport, VerdeGo Group’s high-performance homes are cutting energy bills by an average of 30%.
Across 21 properties, Mixergy cylinders work with the Wondrwall energy system to store and use solar power efficiently — reducing grid reliance and enhancing homeowner comfort.
This tank amazing, and so well insulated, it has hardly any heat loss! You can control it through your app, and it’s very easy to boost when we need extra hot water. We love this home. We’re spending very little on our energy bills, it feels like the energy crisis has passed us by.
Andy & Rob, Homeowners, Gosport Development from VerdeGo Group