Live Simulation
AlphaStatLab.org
☀️
Solar PV
892 GW
↑ +18.4% YoY · CF 23.1%
💨
Wind (Onshore + Offshore)
1,234 GW
↑ +12.8% YoY · CF 34.7%
🌊
Hydropower
1,392 GW
→ +1.2% YoY · CF 41.2%
🔥
Biomass / Geothermal
312 GW
↑ +4.1% YoY · CF 68.4%
38%
share
Renewable Penetration
Of total generation mix
↑ +6.2 pp YoY
Total RE Capacity
3,830 GW
Installed globally
↑ +14.3% YoY
Annual Generation
9,814 TWh
Renewable sources only
↑ +11.8% vs 2022
23%
CF
Solar Capacity Factor
Avg · Best site 31.4%
↑ +2.1 pp
Levelized Cost (Solar)
$28
Per MWh · LCOE
↓ −8.4% vs 2022
Annual Generation by Source — 2018–2023 (TWh)
Global Totals · Synthetic Data
2023 Generation Mix
% of Total 25,814 TWh
Solar PV
9.8%
Wind
12.6%
Hydro
14.9%
Other RE
3.4%
Fossil + Nuclear
59.3%
Capacity Factors by Technology & Region
Annual Average · 2023
☀️ SOLAR PV
Desert SW (US)
31.4%
Germany
11.2%
Saudi Arabia
28.9%
💨 WIND ONSHORE
US Midwest
42.8%
Denmark
38.4%
India
24.1%
🌊 WIND OFFSHORE
North Sea
52.1%
Taiwan Strait
48.3%
Monthly Solar Generation Intensity — 2023 (GWh)
Northern Hemisphere · Major Markets
J
F
M
A
M
J
J
A
S
O
N
D
Low
High GWh
Levelized Cost of Energy (LCOE) Trends — $/MWh · 2010–2023
Global Weighted Average · Synthetic Projections
⚠ Synthetic Data Notice: All generation figures, capacity factors, LCOE values, regional data, and penetration percentages in this dashboard are randomly generated synthetic data created by AlphaStatLab for portfolio demonstration. They do not represent real energy statistics from any grid operator, government agency, or energy authority. For real renewable energy analytics solutions, visit alphastatlab.org.
Methods: Generation time-series modeled with polynomial growth curves + Gaussian noise. LCOE decline modeled via learning-rate curves (18% learning rate for solar). Capacity factors drawn from published ranges with stochastic variation. Heatmap intensity normalized to 201 GWh ceiling. Chart.js v4.4.1.