saving energy in halls of residence

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Saving Energy in Halls of Residence Chalmor - Commercial Director Experts in Energy Saving Lighting & Heating www.eTRV.co.uk

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Experts in Energy Saving Lighting & Heating talk about saving energy in University Halls of residence.

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Page 1: Saving Energy in Halls of Residence

Saving Energy in Halls of Residence

Chalmor - Commercial DirectorExperts in Energy Saving Lighting & Heating

www.eTRV.co.uk

Page 2: Saving Energy in Halls of Residence

www.eTRV.co.uk

eTRV - has the potential to save over 1.1 million tonnes CO2 p.a.

Award winning innovative Thermostatic Radiator Valve!

Funded by EEDA Research and Development Grant

Designed & manufactured in the East of England

Remote handset puts users in control of their heating

Potential to reduce bills by up to 25%

 

 

eTRV – Saving energy and carbon

Page 3: Saving Energy in Halls of Residence

www.eTRV.co.uk

Home

Average home gas bill £823

Space heating @ 70% = £576

25% saving = £144

Payback based on 8 radiators = 3.33 years

Student Accommodation

Universities study with 133 residences

Total energy consumption of 237m kWh.

25% saving would save 59m kWH.

Potential carbon saving of >6m tCO2e p.a.

Also Social Housing, Offices, Hotels etc

 

eTRV - Savings Potential

Page 4: Saving Energy in Halls of Residence

www.eTRV.co.uk

Is there an opportunity to save?

Page 5: Saving Energy in Halls of Residence

eTRV in action – Halls of Residence

Page 6: Saving Energy in Halls of Residence

www.eTRV.co.uk

 

eTRV - Savings Potential

Page 7: Saving Energy in Halls of Residence

www.eTRV.co.uk

Programmable

Only heat rooms when needed

DIY upgrade

Precise control

Empowers a behavioural change

 

What is eTRV?

Page 8: Saving Energy in Halls of Residence

www.eTRV.co.uk

eTRV - putting the user in control

Page 9: Saving Energy in Halls of Residence

www.eTRV.co.uk

eTRV - putting the user in control

Page 10: Saving Energy in Halls of Residence

www.eTRV.co.uk

 

eTRV - Savings Potential

Page 11: Saving Energy in Halls of Residence

www.eTRV.co.uk

eTRV’s have the potential to save considerably more than traditional TRV’s:

Patented sensors

Improved accuracy

Fast response Room zoning

3 Daily on/offs

Simple to use

eTRV - Innovative

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Page 12: Saving Energy in Halls of Residence

www.eTRV.co.uk

 

eTRV - Savings Potential

Page 13: Saving Energy in Halls of Residence

www.eTRV.co.uk

 

eTRV - Savings Potential

Page 14: Saving Energy in Halls of Residence

www.eTRV.co.uk

Twice a day – morning and evening 2.5 hrs

Once a day and all-day historical data removed

Approximately 13Kw/day cooking and water heatingsubtracted

Monitored 25% savings!

 

eTRV – In action

Chris Gare http://www.gare.co.uk/gas.htm

Page 15: Saving Energy in Halls of Residence

www.eTRV.co.uk

 

eTRV – In action

Chris Gare http://www.gare.co.uk/gas.htm

Conclusions so far.

For the month of February I have clearly saved a goodly amount of gas - probably around 20%. The reason for this is that I am able to turn the radiators down using the timer capability in the evening period when we have a open fire in the living room.  I believe the eTRVs are much more responsive to room temperature changes and have much less hysteresis than the old mechanical TRVs. I had a similar issue with the thermostat on my hot water tank until I installed an electronic version.  I have found them more convenient for turning radiators off sporadically as temperatures increase as spring comes.  Am I convinced they have benefits? Yes.

Page 16: Saving Energy in Halls of Residence

www.eTRV.co.uk

“The eTRV addresses a key issue for Higher Education establishments. It is well known that electrically heated halls of residences perform much better on energy consumption than

wet heated halls. This is due to distribution losses and controllability. Students generally do not pay directly for energy consumed so there is no incentive to limit their

heating. Traditional radiator with TRV systems are set at the highest level on the first day of occupation and left that way all

year. Electric panel heaters have for some time been offered with run-on timers that provide background heating and a

manual boost for when the conditions require it and the student is actually there. The eTRV replicates this and with the addition of its internal time clock allows for a night setback that further

saves energy. The University of Bristol wishes to provide a comfortable environment at the lowest carbon impact and the

combination of gas fired heating and the controllability afforded by the eTRV we hope proves to be a winning

combination.”

Chris Jones Sustainability Manager (Energy) University of Bristol

Page 17: Saving Energy in Halls of Residence

Arrange a trial today and start to make savings!

www.eTRV.co.uk