Germany covers 52 pct of electricity consumption with renewables so far this year

Renewables covered more than half of Germany’s electricity consumption so far this year, according to calculations by utility association BDEW and the Centre for Solar Energy and Hydrogen Research Baden-Wuerttemberg (ZSW).

Between January and September, the amount of renewables in the electricity mix rose to around 52 percent – an increase of almost five percentage points compared to the same period last year.

“Between March and September, the share of renewable energies was consistently around 50 percent or more in every single month.

The months of May and July were particularly strong, with a renewable share of 57 and 59 percent, respectively,” said BDEW and the ZSW. A decrease in Germany’s total power consumption helped push up the share of renewables, they added.

However, renewable energy generation also rose by almost 4 percent in absolute terms, reaching 199 billion kWh in the first three quarters of the year.

In June, electricity generation from photovoltaics reached a new monthly record of 9.8 billion kWh – an increase of more than 16 percent compared to the same month last year.

“These figures encourage us to tackle the next milestones. In particular, obstacles to the expansion of wind energy must be removed,” said BDEW head Kerstin Andreae.

She added that Germany urgently needed to install hydrogen-ready gas-fired power plants to guarantee future power supply in times without wind or sunshine.

Germany is aiming for 80 per cent renewable power in its electricity mix by 2030, with wind considered the most important source.

The increasing electrification of sectors that so far rely on other energy sources, especially heating and mobility, are likely to boost the total demand for electricity in the next few years while cutting fossil fuel use. While the rollout of solar power has accelerated recently, the expansion of wind power in Germany remains off-track.

First published by Clean Energy Wire. Reproduced with permission.