Solar energy is among the most-cited renewable energy sources noted as instrumental to the energy transition. Currently, there is more focus on industry-led efforts to reduce the adverse effects of climate change. However, there is evidently a need for individuals to also participate in climate action. This research paper uses techno-economic modelling to analyze the clean energy potential for domestic hot water and space heating, the environmental impact relative to current practice and corresponding cost implications to evaluate the feasibility of implementation and consequently, the potential of individual climate action in Alberta. Homes using electricity (as opposed to natural gas) benefit more from this investment due to differences in emission factors and fuel prices. A low adoption scenario results in 330 MJ saved and 0.3 Mt CO2e offset and a high adoption scenario results in 989 MJ saved and 0.88 Mt CO2e offset.