eurasia_grid

This repository contains the code from my calculation on various configurations of a Nothern hemisphere powergrid containing the super-regins: Europe, Western Russia, North Africa, Middle East, India, South East Asia, Japan and Korea and finaly USA.

Calculations of powerflow is performed using different network layouts, different export schemes as well as different mixes of solar and wind power.

Name		Name	Last commit message	Last commit date
Latest commit History 19 Commits
aurespf @ 22f859e		aurespf @ 22f859e
.gitmodules		.gitmodules
EUgrid.py		EUgrid.py
FCResult.py		FCResult.py
FlowCalculation.py		FlowCalculation.py
README.md		README.md
article_figs.py		article_figs.py
costtools.py		costtools.py
europe_plusgrid.py		europe_plusgrid.py
external_europeplus_TC.py		external_europeplus_TC.py
figutils.py		figutils.py
find_optimal_mixes.py		find_optimal_mixes.py
find_optimal_mixes_Europeplus.py		find_optimal_mixes_Europeplus.py
find_strange_BE.py		find_strange_BE.py
make_EU_data.py		make_EU_data.py
make_part1_figs.py		make_part1_figs.py
nhgrid.py		nhgrid.py
pkl_old_aHE_results.py		pkl_old_aHE_results.py
pkl_zerotrans_data.py		pkl_zerotrans_data.py
solve_copper.py		solve_copper.py
solve_copper_europeplus.py		solve_copper_europeplus.py
solve_copper_nh.py		solve_copper_nh.py
solve_copper_nh_imp.py		solve_copper_nh_imp.py
solve_flows.py		solve_flows.py
solve_nh_alphasweeps.py		solve_nh_alphasweeps.py
solve_nh_alphasweeps_extralayouts.py		solve_nh_alphasweeps_extralayouts.py
solve_nh_manycaps_imp.py		solve_nh_manycaps_imp.py
solve_world_manycaps.py		solve_world_manycaps.py
test_EU.py		test_EU.py
test_solve_flows.py		test_solve_flows.py
tools.py		tools.py
worldgrid.py		worldgrid.py

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