The relevance of energy storages for an autarky of electricity supply ...

Month
HP storage electricity supply
HP storage 2050
annual electricity production
(constant scenario)
GWh
shares in %
GWh/day
HP storage 2050
annual electricity production
(growth scenario)
GWh shares in %
Hour constant szenario
stored HP 2050
daily electricity
production (MW)
growth
szenario
January 910 7% 29,36 910 7% 29,36 0:00 1.223 1.223
Febuary 759 6% 27,12 759 6% 25,31 1:00 1.223 1.223
March 894 7% 28,84 894 7% 28,84 2:00 1.223 1.223
April 1.039 8% 34,64 1.039 8% 34,64 3:00 1.223 1.223
May 1.334 10% 43,05 1.334 10% 43,05 4:00 1.223 1.223
June 1.487 11% 49,55 1.487 11% 49,55 5:00 1.223 1.223
July 1.386 11% 44,72 1.386 11% 44,72 6:00 1.223 1.223
August 1.470 11% 47,43 1.470 11% 47,43 7:00 1.223 1.223
September 1.183 9% 38,15 1.183 9% 38,15 8:00 1.223 1.223
October 1.073 8% 34,60 1.073 8% 34,60 9:00 1.223 1.223
November 622 5% 20,06 622 5% 20,06 10:00 1.223 1.223
December 842 6% 27,17 842 6% 27,17 11:00 1.223 1.223
Stat. Korr. (a) 12:00 1.223 1.223
Jahreszusatz (b) 13:00 1.223 1.223
Jahr 13.000 100% 13.000 100% 14:00 1.223 1.223
15:00 1.223 1.223
16:00 1.223 1.223
legend: data from feasibility study energy autarky 2050 17:00 1.223 1.223
calculated from given data (constant szenario) 18:00 1.223 1.223
calculated from given data (growth szenario) 19:00 1.223 1.223
20:00 1.223 1.223
21:00 1.223 1.223
22:00 1.223 1.223
23:00 1.223 1.223
January
stored HP 2050
daily electricity
production (MW)