Earth Energy Society of Canada
The Earth Energy Society of Canada is the industry association for the domestic sector.
In Canada, equipment must be certified to CSA/ISO 13256 standard
while design and installation is governed by CSA C448.
EESC promotes earth energy as a Green Heat technology of renewable energy. In most cases, three-quarters of system cost is to
install the ground loop, which produces significant 'local benefits.'
Keywords:
Promotion of the earth energy (GeoExchange) sector in Canada.
Company Details
Year Established:
1997
Number of Employees:
1
Company Information
Bill Eggertson
Title:
Executive Director
Telephone:
(613) 371-3372
Fax:
(613) 822-4987
Email:
Click Here
Products
Environmental Products And Services
Earth Energy Heat Pumps.
Earth Energy Technology transfers solar heat from the ground (or water) outside, into the interior to heat the space. It can also discharge interior heat into the ground to provide space cooling. Overall, Earth Energy Systems can provide the most environmentally-benign space conditioning options, and lowest lifecycle cost.
In cold climates, there is sufficient latent heat in a body of water (lake, river, aquifer) to provide space conditioning. Below the frost line in all regions, there is ample latent heat. Earth Energy technology transfers this heat using a compressor, for residential, commercial or institutional applications.
In warm climates, the cycle is reversed to remove heat from the building, and transfer it to the ground.
An Earth Energy heat pump has a Co-efficient Of Performance (CoP) of at least 3.0, which means that for every kilowatt of electricity consumed to provide electro- mechanical power, at least three kilowatts of heating/cooling energy is provided.
Although heat pumps consume electricity which may be generated by non-green fuel source, the delivered energy is solar/ renewable energy.
There are numerous construction and lifestyle benefits associated with Earth Energy systems, including less temperature fluctuations in air flow, no outside equipment and less envelope penetrations, reduced space for mechanical rooms, decentralized comfort control, and more.
A De-superheater Option On An Earth Energy Heat Pump.
Earth Energy Technology transfers solar heat from the ground (or water) outside, into interior space heat. It can also discharge interior heat into the ground (or water) to provide space cooling. Overall, Earth Energy Systems can provide the most environmentally-benign space conditioning options, and the lowest lifecycle cost.
In cold climates, there is sufficient latent heat in a body of water (lake, river, aquifer) to provide space conditioning. More than one metre under the ground, there is also ample latent heat. Earth Energy Technology extracts this heat using a vapour cycle compressor, and transfers the final heat to the interior of residential, commercial or institutional applications.
In warm climates, the cycle is reversed to remove heat from the building, and transfer it to the ground or water source.
An Earth Energy heat pump boasts a Co-efficient Of Performance (CoP) of at least 3.0, which means that for every kilowatt of electricity consumed to provide electro- mechanical power, at least three kilowatts of heating/cooling energy is provided.
Although heat pumps consume electricity which may be generated by non-green' power, the delivered energy is solar/ renewable energy.
There are numerous construction and lifestyle benefits associated with Earth Energy Systems, including less temperature fluctuations in air flow, no outside equipment and less envelope penetrations, reduced space for mechanical rooms, decentralized comfort control, and more.
Once an Earth Energy System is installed, the unit can provide 100% of hot water demand. A connection to a hot water tank allows the solar heat to be directed to water conditioning.
Services
Heat Pumps
Sector association for the advancement of ground-coupled heat
pump technology in Canada.
Earth Energy Heat Pumps
Earth energy heat pumps are a superior technology for space
conditioning and water heating.