| Title |
Energy Storage In Urban Areas: The Role Of Energy Storage Facilities / |
| Authors |
Anastasovski, Aleksandr ; Andreucci, Maria Beatrice ; Murauskaitė, Lina ; Kadar, Jozsef |
| ISBN |
9786054265701 |
| Full Text |
|
| Is Part of |
Abstracts book The ICASEM 4th International Applied Sciences, Engineering, and Mathematics Congress October 20-23 2022 Türkiye.. Tekirdağ : International Balkan University, 2022. p. 140.. ISBN 9786054265701 |
| Keywords [eng] |
energy storage ; electricity ; heat ; chemical energy ; ped |
| Abstract [eng] |
The energy generated in urban areas can be self-used by the residential population immediately. But, production of extra amount of energy in any form needs to be used by others or, if there is no consumption needs, it should be stored. The storage of energy depends on form of existing energy and the length of storage time. In general, households or stakeholders generate electricity (from photovoltaics and wind turbines) and heat energy (from solar heat systems and biomass). Therefore, the main energy exchange system must contain energy storage facilities for electricity (batteries) or heat storage with the use of latent or sensible heat. These storage systems are not perfect for long-term storage. There is energy as the time period is longer. Other types of energy storage are available for long-term keep of generated energy. Some of them are conversion of electricity and heat into potential energy of water, but perhaps the most efficient is electrolysis of water with keeping electricity (generated as electricity or converted from heat) or heat as chemical energy. Chemical energy can exist as a reversible chemical reaction (chemical pumps - changing the direction of the chemical reaction as the endothermic and exothermic reaction), as well as the generation of hydrogen (electrolysis), methane (hydrogen methanization process) and higher hydrocarbons as fuels for long-term storage of energy. There are many expectations for increased Power-to-X or Power-toHydrogen technologies that can be a source for the generation of clean fuels for transportation using hydrogen, hydrocarbon, or hybrid use of electricity and clean source fuels. |
| Published |
Tekirdağ : International Balkan University, 2022 |
| Type |
Conference paper |
| Language |
English |
| Publication date |
2022 |
