Minibems’ Heat Vision 2030 nominated in the Decentralised Energy Awards
Minibems, alongside our partners in the Heat Vision 2030 project, has been nominated for a Decentralised Energy Award in the Heat and Efficiency – Design Innovation category.
Our project is about accelerating the deployment of zero carbon heat networks.
To understand how deploy a city centre heat network you need superb modelling based on verifiable data of how heat networks perform. That is where the data contribution from Minibems is key.
Minibems provides real usage data, relating to specific flow and return temperatures and demonstrating how the heat is actually used. Our real-time data capture allows monitoring at a per dwelling, per building, per site, per network and per portfolio level.
This is invaluable when assessing the options of integrating heat pumps and building performance.
Latest news
Minibems delivers equivalent carbon savings to converting a petrol car to an electric car, for twenty times less capital cost
Reducing our carbon footprint is typically an expensive task requiring extensive capital investment. However installing Minibems onto a heat network typically saves 1 tonne of carbon, per annum, for every apartment it’s fitted into.
Minibems can reduce residents heat tariffs by as much as 22 pence per kWh
With gas prices soaring the opportunity for real and tangible cost savings on heat networks has never been greater.
Cut the carbon in your heat network today
Minibems can cut an average of 1 tonne of carbon emissions per home per annum – saving you money too. By controlling each apartment with our unique and patented Dynamic flow control system we achieve the savings by optimising flow rates through your HIU.
Cut your heat network costs with Minibems
As finance managers across the UK know, managing budgets is a weekly challenge during these unprecedented times for energy price hikes. This isn’t just bad news for those in charge of managing operational budgets for heat networks, it’s also bad news for families.
Interested in finding out how we can optimise your heat network?