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. 2018 Oct 17;2(10):2076–2090. doi: 10.1016/j.joule.2018.06.020

Table 2.

Overview of Simulation Results for Three Scenarios that Represent the Range of Ambition in This Work in Terms of Renewable Energy Penetration

2015 System EU Reference
2030
ENTSO-E
Vision 3
2030
Wholesale electricity price (€/MWh) 44 (±2.2%) 82 (±2.1%) 60 (±3.6%)
 Price received by wind generation (€/MWh) 48 (2.2%) 81 (1.3%) 56 (4.4%)
 Price received by solar generation (€/MWh) 45 (2.8%) 86 (1.7%) 40 (4.5%)
 Price received by gas generation (€/MWh) 69 (2.5%) 92 (2.0%) 95 (1.8%)
 Price received by coal generation (€/MWh) 50 (2.5%) 91 (1.2%) 128 (5.3%)
 Price received by nuclear generation (€/MWh) 40 (2.2%) 75 (1.3%) 61 (3.2%)
Total generation cost (€B) 47.11 (±0.8%) 86.83 (±2.1%) 50.28 (±4.2%)
Total CO2 emissions (Mt) 1001a (±1.0%) 917 (±1.3%) 233 (±5.0%)
Emissions intensity (gCO2/kWh) 322.6 (±1.0%) 247.8 (±1.3%) 68.5 (±5.0%)
RE generation (%) 36.7 (±1.0) 47.2 (±1.4) 68.4 (±1.3)
VRE generation (%) 13.4 (±2.8) 24.4 (±2.7) 35.1 (±2.8)
VRE curtailment (%) 0.1 (±26.3) 0.1 (±16.8) 4.3 (±10.7)
Average interconnection congestion (%) 26.0 (±0.9) 19.1 (±2.6) 29.7 (±1.0)
Total international electricity flow (TWh) 267 (±0.7%) 355 (±2.3%) 411 (±1.2%)

For each metric, the mean and coefficient of variation across all weather years are listed. These scenarios are the 2015 System, the EU Reference, and ENTSO-E vision 3 scenarios (see Supplemental Information for the full range of scenarios). Total generation cost is defined as the sum of total short-run generation costs: fuel, emissions, startup, and shutdown costs. See also Tables S2–S7. RE, renewable energy.

a

Total electricity emissions from this base year simulation are within 3% of the official verified emissions (1,025 Mt) for this year, using our historical 1985–2014 weather data.52