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In this paper, we aim to leverage peer to peer (P2P) transactive energyframework for optimal control of rooftop or neighborhood solar power withbattery electric storage systems (BESS). Here we propose that the multipleneighboring customers would interconnect to form a community DC grid whilestill being connected to the main utility grid. The proposed infrastructurewould (i) increase the resilience of the customers in case the utility gridbecomes unavailable, (ii) reduce AC/DC conversion losses since a majority ofthe DER generation is in DC, and (iii) with the help of BESS, the customerswill have a lesser impact on the utility grid in terms of California 'duckcurve.' The exchange of resources and further utilization of economies of scalewould significantly reduce the cost of this new infrastructure. Customers willbe able to fall back on the utility AC grid in case of a cyber-attack on thecommunity DC grid, improving cyber-security further. The proposed P2Ptransactive energy scheme is based on cooperation among the homeowners, usingadditional metering nodes to allow the sale or purchase of energy amongresidents. While it is expected that the scope will be limited to customerswithin a neighborhood, multiple neighborhoods can still interact via a utilityAC grid. While it is likely that the P2P controller carrying out optimalcontrol would work seamlessly, customers' interactions will be based on azero-trust approach. As a part of this approach, multifactor authentication,role-based access control, etc., would be utilized, significantly improvingoverall cybersecurity. We examine these three strategies as case studies: (i)single home with solar power, (ii) single home with Solar power and BESS, and(iii) two or more homes with solar power and community energy storage tofacilitate the policymakers making the recommendation.

Securely implementing and managing neighborhood solar with storage and peer to peer transactive energy