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A platform for research: civil engineering, architecture and urbanism
Energy Storage as Enabling Technology for Smart Grid
Awareness about human impact on mighty climatic changes is radically changing our concept of energy. The thoughtless use of energy slowly leaves our habits and good use of energy is certain the way of a better future. CO2 emission reduction and carbon fossil fuel limitation are the main targets of governmental actions: this is possible thanks to technology improvement as efficient generation from renewable sources and good management of the electricity network. In recent years distributed generation, also of small size, grew up causing new management problems, indeed production from renewable energy sources (RES) is intermittent and unprogrammable. Energy storage systems can be a solution to these problems and pave the way to completely active users, grid parity and smart grid, moreover can be an useful tool to increase electricity access in rural areas. Research on energy storage is intrinsically a multidisciplinary field: storage types, power stages, technologies, topologies, weather, forecast, control algorithms, regulatory, safety and business cases to mention the most importants. In the present work is described the whole design of an energy storage system. First chapters are dedicated to a description of energy storage context, chapters 1 and 2; indeed, it is a matter of fact that in the last years, energy storage became more and more interesting from explicit mention as a tool against climatic changes to first options on the market. The general approach was the realization of a modular energy storage system for residential application, hardware and software design steps are deeply described in chapters 3 and 4. Simulations and tests on the prototype are reported in chapter 5. Finally conclusion and future works are given. At the end of the document some appendices are included to cover specific aspects touched during the work thesis.
Energy Storage as Enabling Technology for Smart Grid
Awareness about human impact on mighty climatic changes is radically changing our concept of energy. The thoughtless use of energy slowly leaves our habits and good use of energy is certain the way of a better future. CO2 emission reduction and carbon fossil fuel limitation are the main targets of governmental actions: this is possible thanks to technology improvement as efficient generation from renewable sources and good management of the electricity network. In recent years distributed generation, also of small size, grew up causing new management problems, indeed production from renewable energy sources (RES) is intermittent and unprogrammable. Energy storage systems can be a solution to these problems and pave the way to completely active users, grid parity and smart grid, moreover can be an useful tool to increase electricity access in rural areas. Research on energy storage is intrinsically a multidisciplinary field: storage types, power stages, technologies, topologies, weather, forecast, control algorithms, regulatory, safety and business cases to mention the most importants. In the present work is described the whole design of an energy storage system. First chapters are dedicated to a description of energy storage context, chapters 1 and 2; indeed, it is a matter of fact that in the last years, energy storage became more and more interesting from explicit mention as a tool against climatic changes to first options on the market. The general approach was the realization of a modular energy storage system for residential application, hardware and software design steps are deeply described in chapters 3 and 4. Simulations and tests on the prototype are reported in chapter 5. Finally conclusion and future works are given. At the end of the document some appendices are included to cover specific aspects touched during the work thesis.
Energy Storage as Enabling Technology for Smart Grid
Gandini, Dario (author)
2016-01-01
doi:10.6092/polito/porto/2644261
Theses
Electronic Resource
English
DDC:
690
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