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Decentralised Solar Economy: Unattended and Smart Solar Energy Urban System (UnSSEUS)

. Planners often go out of the city when planting large-scale solar farms due to requirements for huge, flat surface areas. This reduces urban proximity to renewable energy sources, causing dissipation during energy transfer and a waste in solar energy unused within urban areas. This paper aims at understanding the prospect and challenges in transforming buildings from passively consuming energy to actively generating energy for cities. As every building has a different renewable energy capacity, how may we re-distribute power amongst a network of users, forming a socio-economy around distributed power generation? This paper first presents its theoretical approach learning from fields of biology and information theory as a source of inspiration for its design methodology. It then presents a context study of Hong Kong and its Feed-in Tariff scheme that incentivizes distributed power generation, and identifies the challenges. Afterwards, it defines ‘Unattended and Smart Solar Energy Urban System’ and proposes the parameters which the system should comprehend on its dashboard for demand-side management of energy. Finally, preliminary results of using a sudoku algorithm in distributing time and pricing factors of energy exchange are presented. This on-going research project aims at SDG goals 7 and 11.