Air to Water Heat Pumps
Efficiency – Air to water systems can reach peak coefficient of performance (COP) of up to 4 and seasonal averages above 3 in a mild climate.
Versatility – They can be used to heat your building in winter (hydronic in floor or forced air), cool your building in summer, pre-heat your hot water, even heat your pool!
Comfort – Radiant hydronic heating and cooling is a very comfortable way to heat your building.
Safety – No combustion flame. No flammable fuel such as oil or gas. No carbon monoxide (CO) leakage potential and no risk of backdrafting combustion product into your building.
Environment – By eliminating fossil fuel combustion devices such as oil or gas furnaces, a major contributor to greenhouse gasses (CO), you can significantly lighten the load on the planet. And by producing up to 5 times as much heat per unit energy as a baseboard heater or electric furnace, the energy you buy and use goes a lot further.
Operating Cost – In BC we enjoy some of the lowest electricity prices in the world which makes annual operating costs very low relative to combustion technologies.
AIR TO WATER SERVICES
- Residential site evaluation, design, installation, commissioning and service of air to water heat pump
Nordic Geothermal Heat Pump
What We Do
Stage 3 Renewables is an innovative renewable energy company with an excellent reputation.
- Design / build & Project Management
- Energy modelling and pre-feasibility studies
- Engineering design and documentation
- Troubleshooting and repair of mechanical systems - we can fix it!
- New construction and conversions to Renewables
Where We Work
Stage 3 Renewables is a British Columbia renewable energy company. We work throughout Coastal BC in places like, Greater Vancouver: Richmond, Burnaby, Delta, Surrey, Ladner, North Vancouver, White Rock, West Vancouver, The Fraser Valley: Langley, Abbotsford, Chilliwack, Hope, Mission, North Fraser River: New Westminster, Port Coquitlam, Port Moody. We bring Renewable Energy solutions to you! Call us today about your project.