Reducingcarbonemissionsinmultifamilyconstruction requires smarter design, low-carbonmaterials, efficient building practices, and long-term operational planning.
By mitigating the greenhouse gasemissionsof our portfolio, we help lessen the impacts of climate change and improve the air quality in our neighborhoods and in resident living spaces. Reducingcarbonemissionsis driven to a great degree by energy efficiency and renewable solar energy, which lower the cost of energy for both residents and the property owner.
Electrification and Energy Performance Moving toward all-electricmultifamilybuildings is another key strategy for reducingcarbonemissionsand lowering long-term operating costs. This includes high-efficiency heat pumps, dedicated outdoor air systems (DOAS), energy recovery ventilators (ERVs), low-flow water fixtures and smart lighting controls.
As we can see from the illustration, Carbon Emissions Reduction Strategies For Multifamily Homes has many fascinating aspects to explore.
Decarbonizing buildings is essential for reducing globalcarbonemissionsand mitigating climate change. Building decarbonization involves reducing the greenhouse gas (GHG)emissionsassociated with the energy consumption required to operate a building.
C-PACE financing formultifamilyhousing new construction presents a significant opportunity to increase returns and to benefit the local community. Learnstrategiesfrom DOE's Better Buildings for decarbonization and read case study of how commercial PACE can be used to lower energy costs in affordable housing.
As we can see from the illustration, Carbon Emissions Reduction Strategies For Multifamily Homes has many fascinating aspects to explore.
Research & Programs LowCarbonMultifamilyRetrofit Playbooks Developed in partnership with Building Energy Exchange (BE-Ex) and NYSERDA, these playbooks summarize retrofitstrategiesthat maximize occupant comfort and energy savings through a transition from fuel to electricity-based heating, cooling and hot water systems.
