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Micro grids interconnect loads and distributed energy resources as a single   controllable entity. New installations of renewable energy sources (RES) in   urban areas, such as Building Integrated Photovoltaic (BIPV), provide   opportunities to increase energy independence and diversify energy sources in   the energy system. This paper explores the integration of RES into two case   study communities in an urban agglomeration to provide optimal conditions to   meet a share of the electrical loads. Energy planning case studies for   decentralized generation of renewable energy are conducted in H2RES energy   planning software for hourly energy balances. The results indicate that BIPV   and PV in the case study communities can cover about 17% of the recorded   electrical demand of both areas. On a yearly basis, there will be a 0.025 GWh   surplus of PV production with a maximum value of 1.25 MWh in one hour of   operation unless grid storage is used. This amounts to a total investment   cost of 13.36 million EUR. The results are useful for proposing future   directions for the various case study communities targeting sustainable   development

thermal science/thermal science

Campus and community micro grids integration of building integrated photovoltaic renewable energy sources: Case study of Split 3 area, Croatia - part A