SuperUser posted on October 24, 2011 03:48
A new energy saving electronic thermostatic radiator valve – the eTRV from Chalmor Ltd – will be demonstrated at Govtoday Carbon Reduction 2011: The Transition to a Low Carbon Economy on 29th November in London. Delegates at this Third Annual National Summit at The Brewery, City of London, will see how the eTRV has the potential to save both commercial and domestic users up to 25% on their heating bills. Carbon Reduction 2011 focuses this year on new schemes and policies to be introduced by the Government to build a green economy for the future.
Fitting into this scenario, Chalmor’s eTRV demonstrates this heating and lighting control specialist’s commitment to the Government’s low carbon agenda.
A recent trial at Bristol University’s student halls of residence has led to savings of around 30% on heating costs, according to the University’s Sustainability Manager (Energy), Chris Jones. The eTRVs were part of a refurbishment of the 53-room building, The Hawthorns.
These British-made programmable valves from Chalmor have inbuilt features that provide full and individual heating control in both refurbishment and new build systems with no need for the high cost and investment of whole building management systems. Bristol University’s next project that will incorporate the electronic thermostatic radiator valves is the updating of 204 student rooms at Churchill and Wills halls.
For over 25 years Chalmor has worked with a range of organisations in the public and private sectors to save energy and costs by means of ground-breaking heating and lighting systems. Chalmor’s energy saving measures have proved to save money, offer a short payback period and significantly reduce carbon emissions.
Specialities include long life energy efficient lighting products and intelligent controls for lighting, heating, water, ventilation and office equipment. The company’s experts also work with clients to access funding initiatives, grants, interest free loans, tax breaks and subsidies to minimise capital outlay.
