Retrofits for a greener home

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  • Energy
  • Flooding
  • Heat
  • Wind

Building Envelope

Diagram of house showing common areas of air-leaks

Air sealing

  • Energy
  • Heat

Air sealing is one of the most affordable and easy ways to improve the energy-efficiency of a home. It's the single most important thing you can do to improve the energy-efficiency and should be the first step of any retrofit project. You can save up to 30% of your energy costs by air sealing areas where energy loss occurs.

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Photo of basement insulation being installed

Insulation

  • Energy
  • Heat

Insulation helps keep outdoor air from getting inside your home. It also prevents indoor air from escaping. It works by trapping pockets of air and slowing down the in/out process. For optimal energy-efficiency, your home should be properly insulated from the roof down to its foundation.

More: Insulation

Photo of woman standing in front of an energy-efficient double-pane window

Windows and doors

  • Energy
  • Heat

Upgraded windows can make a significant difference to both the energy-efficiency and comfort of your home. Replacing single-pane windows with thermal-pane can eliminate cold drafts and lower your energy use substantially.

More: Windows and doors

Photo of indoor window shutters being installed

Shutters and blinds

  • Energy
  • Heat
  • Wind

Shutters and blinds can enhance a home's resiliency by offering both improved energy-efficiency and physical protection during heat waves and wind storms.

More: Shutters and blinds

Illustration of a home with a refelective (cool) roof

Cool roofs

  • Heat

Cool roofs reflect the sun's rays and reduce heat build-up through a light-coloured or highly reflective roofing product such as a coating, new membrane, or shingles.

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Photo of a home with a green roof

Green roofs

  • Heat

Green roofs capture stormwater, improve air quality and support the growth of vegetation. They consist of a waterproofing membrane, drainage layer, organic growing medium (soil), and vegetation.

More: Green roofs

Photo of wind damaged roof

Wind resilient roofs

  • Wind

Wind resilient roofing strategies are construction and retrofit methods, materials, and design techniques used to strengthen roofs against damage from high winds.

More: Wind resilient roofs

Photo of waterproofing membrane being applied to a home's foundation

Foundation waterproofing

  • Flooding

Foundation waterproofing is the process of preventing water from penetrating a building's foundation, protecting it from moisture damage, leaks, and structural issues.

More: Foundation waterproofing

Photo of a basement window well

Basement window well covers

  • Flooding

Basement window well covers can help prevent debris accumulation inside basement window wells and reduce accumulation causing slow-draining wells.

More: Window well covers

Photo of a male mopping up after a basement flood

Flood alarm

  • Flooding

Early detection of water leakage can help you quickly determine the cause and source of the leak and address it before flooding occurs.

More: Flood alarm

Illustration of a sump pump installed in a basement floor

Sump pump

  • Flooding

A sump pump is a small pump that is installed at the lowest part of your basement or crawlspace that prevents flooding by pumping flood water out of your home.

More: Sump pump

Photo of a backwater valve

Backwater valve

  • Flooding

A backwater valve, also called a backflow valve, is a device used to prevent outbound grey water and sewage from re-entering, or backflowing into your home.

More: Backwater valve

Heating and Cooling

illustration of a smart thermostat

Smart thermostats

  • Energy
  • Heat

A simple and inexpensive switch to a smart thermostat can provide both a more comfortable home and reduce your energy use by 8% or more.

More: Smart thermostats

Photo of outdoor mounted heat pump

Heat pumps

  • Energy
  • Heat

Heating and cooling, most likely, accounts for the majority of the energy used in your home. Heat pumps will both heat and cool your home and can reduce your home energy costs by up to 50%.

More: Heat pumps

illustration of a air heat recovery ventilator

Air exchangers / heat recovery ventilators

  • Energy
  • Heat

A Heat Recovery Ventilator (HRV), often referred to as an air exchanger, is a ventilation device that helps make the air in your home healthier, cleaner, and more comfortable — by continuously replacing stale indoor air with fresh outdoor air. During the heating season, an air exchanger captures heat from the stale air leaving your house, and uses it to preheat the fresh air coming into your house. This process is reversed during the cooling season.

More: Air exchangers / heat recovery ventilators

Photo of modern high-efficiency furnace

Furnaces

  • Energy

Home heating accounts for up to 60% of the energy used in the average Canadian home. A furnace uses ductwork and vents to distribute warm air throughout your house. High-efficiency gas furnaces are quiet, reliable, and effective at maintaining a comfortable home, and they can reduce your energy bill by up to 45%.

More: Furnaces

Photo of a modern high-efficiency air condtioner

Air conditioners

  • Energy
  • Heat

An ENERGY STAR® certified high-efficiency central air conditioner uses 8% less energy, on average, than a standard model.

More: Air conditioners

Illustration of tankless water heater

Water heaters

  • Energy

Heating water in your home can account for about 20% of your home's energy bill. An ENERGY STAR® certified hot water heater uses an average of 14% less energy. An ENERGY STAR® certified tankless water heater will use up to 30% less energy as you only heat the water as you use it.

More: Water heaters

Photo of a drain water heat recovery system

Drain-water heat recovery system

  • Energy

Drain-water heat recovery systems capture heat from water going down a drain, typically the shower, and use it to heat the cold water entering your water heater, resulting in lower energy costs.

More: Drain-water heat recovery systems

Electrical

Photo of kitchen displaying lighting and kitchen appliances

Lighting and appliances

  • Energy

Effective lighting and energy-efficient appliances play a vital role in optimizing energy-efficiency within homes. Simple changes like implementing LED lighting and ENERGY STAR® rated appliances can significantly reduce electricity usage, leading to improved cost savings and environmental sustainability.

More: Lighting and appliances

Photo of roof-top solar panels

Solar systems

  • Energy
  • Wind

Harness the sun's energy for state of the art energy savings with solar panels, solar hot water heaters, and battery energy storage systems.

More: Solar systems

Illustration repesenting a battery storage system

Energy storage

  • Energy
  • Wind

Energy storage, also known as home battery storage or home batteries, are rechargeable batteries that can store energy to power your home when needed. These can be combined with solar panels or used as backup power during a power failure.

More: Energy storage

Illustration of an electric vehicle charger

EV chargers

  • Energy

Electric Vehicle Chargers, more commonly known as EV Chargers or Electrical Vehicle Charging Stations, deliver energy to both all-electric vehicles (EVs) and plug-in hybrid electric vehicles.

More: EV chargers

Yardwork

Photo of a garden rain barrel

Rain barrels

  • Flooding

A rain barrel is a container designed to collect and store rainwater from your roof through a downspout system which can be stored for later use.

More: Rain barrels

Photo of a fusion garden

Fusion gardens

  • Flooding

Fusion gardening is an innovative landscaping approach that combines aesthetic appeal with environmental sustainability, such as pollinator's and native plants — while focusing on controlling the flow of rainwater, so it disperses naturally into the groundwater as opposed to overwhelming storm drains.

More: Fusion gardens

Photo yard shade trees

Shade trees and shrubs

  • Heat

Planting trees and shrubs strategically around your property can significantly cool down your home on hot summer days and reduce energy use. These natural elements provide shade and wind protection, improve air quality, and absorb rainwater that could otherwise contribute to localized flooding.

More: Shade trees and shrubs

Photo of a bulldoser grading lot away from house

Lot grading

  • Flooding

Proper lot grading ensures that the soil around your home slopes away from the foundation at a recommended gradient to help prevent floods and foundation damage.

More: Lot grading

Photo of some permiable driveway bricks

Permeable pavement

  • Flooding

Permeable pavement is a specially designed surface that allows stormwater and melted snow to filter through the pavement into the ground water instead of running off and overwhelming stormwater drainage.

More: Permeable pavement

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