Global Wind vs Solar Energy Double Line Graph

The double line graph illustrates monthly global wind and solar energy production from January to May 2024. Wind energy generation started at 1,010,000 MWh in January and peaked at 1,220,000 MWh in April. Solar energy production began at 870,000 MWh in January and steadily increased to 1,120,000 MWh by May. Both energy sources showed consistent growth, with wind energy maintaining higher output than solar throughout the period. The most significant increase for wind energy occurred between February and March, rising by 90,000 MWh. Solar energy saw its largest jump from February to March, increasing by 140,000 MWh. These trends highlight the growing contribution of renewable sources to global electricity generation. The data underscores the importance of tracking monthly changes in renewable energy output. This information is crucial for understanding global renewable energy trends and planning future energy strategies.

Wind and solar energy production followed similar upward trends in early 2024, but with notable differences in their growth rates. Wind energy consistently outperformed solar energy in total output each month. The gap between wind and solar production was largest in January, with wind producing 140,000 MWh more than solar. By May, the difference narrowed to just 70,000 MWh, indicating faster growth in solar energy. March and April were pivotal months for both sources, with significant increases in output. Solar energy's rapid rise in March helped close the gap with wind energy. These patterns reflect the seasonal and technological factors influencing renewable energy generation. Understanding these differences is essential for energy planners and policymakers. The data provides valuable insights into electricity generation data and future renewable energy potential.

The data for this double line graph is sourced from Ember Climate's monthly electricity generation reports. These reports compile global wind and solar energy production figures from January to May 2024. The values represent megawatt-hours (MWh) generated each month for both wind and solar sources. Data collection methods ensure accuracy and consistency across reporting periods. The graph labels each month clearly, allowing for easy comparison of trends. The graph legend distinguishes between wind energy and solar energy generation. This transparent methodology supports reliable analysis of global renewable energy trends. Access to such detailed electricity generation data is vital for researchers and industry stakeholders. For more information, visit the official Ember Climate data tools page.