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Strategy BE -1. Advance the decarbonization of <br />buildings <br />Existing Ongoing Actions <br />Emissions reduction 2,200 City Cost N/A <br />henefits ttt 10 Community Cost N/A <br />The City commits to maintain the highest renewable energy choice as <br />the default for all municipal facilities, including opportunities to secure <br />Power Purchase Agreements with other EBCE jurisdictions. <br />Emissions reduction .l 255,700 City Cost N/A <br />Co -benefits At olp0 Community Cost N/A <br />The City commits to maintain the highest renewable energy choice as <br />the default for the community. <br />Primary Actions <br />Emissions reduction 10,100 City Cost $49k <br />Co -benefits O�� Community Cost { ($2.7M) <br />The City will adopt an all -electric building reach code for new <br />construction that limits the development of new gas infrastructure <br />where economically feasible. The City will ensure solutions are <br />equitably tailored to different building, ownership, and use types, <br />which will require a cost-effectiveness evaluation and further outreach <br />Exceptions to the code will be considered. <br />Emissions reduction 16,500 City Cost _ $138k <br />Co -benefits 2; Community Cost $137k <br />The City will develop and implement an Existing Building Electrification <br />Plan to advance electrification of buildings. This plan will be phased <br />in overtime to allow property owners time to adjust and plan for the <br />transition. With this effort, the following should also be considered: <br />Grid Analysis/Improvements <br />Work with EBCE, PG&E, and regional partners to ensure a robust <br />regional electrical grid that minimizes the risk of power outages, <br />increases storage, and reduces demand for diesel or gas generators. <br />Partnerships should consider opportunities for local renewable <br />generation and storage, consistent with Strategy BE -3. <br />Conduct an existing building electrification analysis to identify <br />areas of opportunities, building types, and prerequisites needed to <br />make electrification cost-effective in the community. <br />Consider feasibility for neighborhood microgrids (e.g., <br />neighborhood solar and battery storage) to enhance grid resilience. <br />Municipal and Public Buildings <br />Phase implementation of electrification into existing municipal <br />buildings, consistent with Action S3. <br />Partner with the school district to phase implementation of <br />electrification into school buildings. <br />Pleasanton Climate Action Plan 2.0 Buildings & Energy 137 <br />