Presently there is approximately $XNUMX Billion invested annually in all categories of renewable energy around the world. About $XNUMX Billion is directly invested in Wind Energy of all shapes and sizes. The total global investment in all renewables is forecasted to reach $XNUMX Billion by XNUMX. This will push us towards a sustainable electricity supply, and more importantly Total Primary Energy Supply. Some estimate that XNUMX-XNUMXGW of renewables would need to be installed each year to decarbonize our global TPES by XNUMX, this would effectively increase by an additional XNUMX-XNUMXTWh every year considering a Capacity Factor of XNUMX%. If it costs $XNUMX Billion/TWh for offshore wind in Europe as of XNUMX, we see the numbers get large quickly. My MSc. Applied Science Thesis: Atlantic Canada’s Distributed Generation Future: Renewables, Transportation, and Energy Storage assessed Nova Scotia’s fuel costs for our province’s ~XNUMXTWh TPES, and estimated it as $XNUMXB annually, or $XNUMXB over XNUMX years. With a mix of savings from efficiency gains in the personal and freight transportation sector and other sectors, it was estimated Nova Scotia would have a fuel budget of $XNUMXB annually; a savings of $XNUMXB annually not including interest on loans (only counting XNUMX years of operation). The numbers are significant, as they apply generally to the global context, imagine the scale of savings on fuel costs in every economy. World TPES consumption is ~XNUMX TWh, and ~XNUMX TWh for electricity and growing according to the IEA XNUMX Report. We seek to improve understanding and make the decision process easier and intuitive for customers ranging from Homeowners, to Commercial Wind Farms.