The Future of Energy

District energy systems have operated in North America for more than a century — the first ones were steam-driven! — and are increasingly seen as an effective strategy for heating and cooling in a carbon-constrained world.

The advantage of Blatchford’s district energy sharing system is its flexibility. It can incorporate multiple renewable sources with the added benefit of enabling energy sharing. Cooling commercial buildings, for instance, can heat homes in the same system, increasing efficiency by up to 20 percent.

In Edmonton, the University of Alberta owns and operates a district energy system to serve their greater campus area. A number of other Canadian cities, universities and neighbourhoods also use district energy sharing systems.

Blatchford Renewable Energy

Your Rates

In most places, homeowners have to pay a premium to have their heating, cooling and hot water come from renewable sources. Blatchford isn’t most places.

Like any other utility, monthly bills from Blatchford Renewable Energy factor in capital and operating costs. However, City Council has ensured that Blatchford residents will pay similar utility fees as anyone else in the City of Edmonton.

While natural gas rates fluctuate with global markets, Blatchford’s renewable energy rates are expected to be more stable. As commodity prices increase and carbon pricing policies take effect, Blatchford’s system will significantly outperform conventional systems.

Your monthly heating bill will include a variable rate and a fixed monthly charge. The 2021 rates for fee-simple townhouses (not part of a condo corporation) are:

  • Fixed monthly charge of $1.51 per unit per day
  • Variable charge for heating & cooling of $0.0262 per kWh

Customer Service

For more information on Blatchford Renewable Energy, energy rates and services, please visit

Green Infrastructure

A best of both world’s approach has been taken in designing the Blatchford landscape. The landscaping will be both beautiful and environmentally smart.


A combination of low impact development design features such as bioswales, rain gardens and stormwater ponds will slow down and capture water runoff in Blatchford, and will improve the water quality before it enters the drainage system. Many of these areas will also provide micro-habitats where plants, trees and birds can thrive, adding more green space and biodiversity.


Elements like treed boulevards, edible landscaping and ornamental plantings will be incorporated in Blatchford. Parks and open spaces will be landscaped primarily with native, drought-resistant species and community gardens will be watered using rainwater collected in cisterns. For even more amenity space within the neighbourhood, building roofs and terraces may be used for communal or private patios, decks and gardens.


Blatchford recognizes the important role food and urban agriculture will play in the community — not only increasing sustainability, but for also increasing your quality of life. Community gardens, fruit tree orchards and edible landscaping will be located throughout the neighbourhood.


Biodiversity is an integral part of Blatchford’s design. Naturalized landscapes (wetlands, bioswales), a variety of tree species, and native plantings will be integrated into the neighbourhood.

Solar-Ready Trusses
Certified solar-ready trusses on peaked roofs enables the future installation of solar panels.

To reduce energy loss and to increase the airtightness in the home, windows must meet a high standard for energy-efficiency. Windows in Blatchford homes have a very low thermal transmittance value, which means they prevent heat loss to the outdoors better than a window that just meets the requirements outlined in the Alberta Building Code. Better windows mean residents will be more comfortable during the winter months, as the windows will reduce drafts and not radiate cold as much as a standard window.

Buildings in Blatchford have highly insulated walls, roofs AND basement floors because a well insulated home is the key to energy efficiency! Insulation reduces the amount of energy needed for heating and cooling and keeps the home at a comfortable temperature year round. Added bonus - insulation is also helpful for reducing outdoor noise pollution.

Energy-Efficient Appliances
All major appliances will be Energy Star® rated to minimize energy used in the home.

Heat Pumps
Instead of using furnaces and air conditioners that rely on burning fossil fuels, Blatchford buildings will use heat pumps that rely on transferring energy. Heat pumps are the most efficient mechanical system for heating and cooling. A home heat pump produces 400% more energy than the electricity it consumes! In comparison, a traditional high-efficiency furnace operates at around 90% efficiency. The heat pumps are connected to the community’s District Energy Sharing System, which uses renewable energy sources including geoexchange and solar.

Heating Controls
Homeowners will be able to minimize their energy use with advanced heating controls. Depending on what model the home builder chooses, these smart room thermostats can be programmable, self-adjusting, have occupancy detection and more.

Airtightness refers to how much air flows into and out of a building in areas that shouldn’t have air flow, such as your walls and around your window frames. The more airtight a building is, the better. The building will lose less heat, its ventilation system will be able to perform better, there will be less chance of unwanted moisture entering the home, and residents will have higher comfort (fewer temperature and humidity control issues). All Blatchford homes undergo a blower door test to confirm a level of airtightness which exceeds the minimum code required in new home construction.

Heat Recovery Ventilator (HRV)
Located in a home’s duct system, heat recovery ventilators help reduce pollutants and odours by replacing stale air with fresh warm air. HRVs also use the warm air that would normally be exhausted (vented) from your home to preheat incoming cold air to save energy. HRV systems that recover a minimum of 80% of the heat from exhaust air have been selected for Blatchford homes to reduce the energy required to heat the incoming fresh air.

Air Filtration
Homeowners will have added peace of mind as air filtration systems reduce indoor pollutants.

Water-Efficient Fixtures and Appliances
Low-flow and water-efficient fixtures and appliances, like faucets, toilets, showerheads, dishwashers and washing machines, allow homeowners to reduce their water consumption.

Green Buildings

Blatchford homes will be some of the greenest in Canada. Homes will have features like increased insulation, smart room thermostats, energy- and water-efficient appliances, low-flow fixtures, high-quality windows, and a tighter building envelope to reduce heat loss.

For homeowners, this means a better built building – less energy and water usage, healthier indoor air quality, more durable construction, and contributing to a healthier planet.

Buildings in Blatchford will reflect the ambitious goals for sustainability and energy conservation. By following the community’s building code requirements, homes being built are up to 37% more energy efficient than required by the current Alberta building code.

Blatchford has created green building codes that all our home builder partners follow. These codes ensure the building features that provide the most value to the homeowners are built in all the homes.

The codes are built around 3 principles:

Buildings in Blatchford will have highly insulated walls, roofs and floors, high-performance windows and an airtight envelope to reduce heat loss.

Building energy systems will actively recapture any waste heat and efficiently consume energy through the use of heat recovery ventilators, sealed ductwork and variable speed pumps. Homeowners will be able to minimize their energy use with advanced heating controls.

The buildings will also feature water-efficient fixtures, water and energy efficient appliances and air filtration systems. Construction practices will reduce waste materials and air pollutants which can remain in the finished buildings.