The 'New Energy Woe' of an Industrial Powerhouse: How Did Government Subsidies Worth Billions of Yuan Result in the World’s Highest Electricity Prices?

(II) One-Sided and Overzealous Perception and Development of Wind and Solar Power Germany abandoned low-carbon, green, and highly efficient nuclear energy in favor of wind and solar power—yet encountered numerous practical difficulties. These challenges stem not only from Germany’s lack of natural resource endowments conducive to wind and solar development, but also from the fact that, over their full life cycles, wind and solar power are not as low-carbon, environmentally friendly, or sustainable as they appear—especially when compared with nuclear power. First, Germany’s natural resource endowments do not confer a comparative advantage for developing wind and solar power. Regarding solar photovoltaic (PV) development: Germany enjoys significantly fewer sunshine hours than Italy or Spain. Its average annual sunshine duration is merely 1,528 hours, with annual effective utilization hours averaging only about 800—making Germany far from a country rich in solar resources. Instead, Germany has relied heavily on government subsidies and public environmental enthusiasm to aggressively promote solar adoption. For instance, the German Ministry for Economic Affairs allocated approximately €460 million in fiscal budget for its "100,000 Solar Roofs Program," launched in 1999. Regarding wind power development: Similar—and even greater—challenges persist. Unlike Ireland, the UK, or Morocco, Germany lacks extensive coastlines exposed to consistently strong winds. Compared with neighboring Denmark and the Netherlands, Germany remains hampered by inadequate infrastructure. In recent years, the Netherlands and Denmark have focused intensively on offshore wind power, capturing substantial market share previously held by German ports—leaving Germany’s offshore wind ambitions in a precarious, catch-22 situation. As of 2024, around 1,500 offshore wind turbines operate in German waters, generating roughly 8.5 gigawatts (GW) of electricity; the target is to raise this to 30 GW by 2030. Yet, as of late January 2024, due to grid bottlenecks, the share of wind power drawn from the North Sea dropped to its lowest level in five years. Offshore wind requires massive submarine cables to transmit electricity ashore—and transporting power from northern Germany to the industrial centers in the south and west remains a major challenge, reliant entirely on government policy subsidies. Although Hermann Albers, President of the German Wind Energy Association, remains optimistic, the reality is daunting: streamlining permitting procedures, securing continued financing for grid investment, and overcoming uncertainties—including insufficient available land for planning, slow project approvals, sharply reduced subsidies, labor shortages, rising raw material prices, and supply-chain disruptions—are all formidable hurdles. Second, peak-load regulation difficulties expose a mismatch between wind/solar development and Germany’s own energy infrastructure. Historically, Germany’s coal-fired and nuclear power plants were concentrated in densely populated and industrially advanced southern regions, whereas wind generation occurs predominantly in the north—requiring a complete reconfiguration of high-voltage transmission networks. On days of abundant sunshine or excessive wind, Germany must sell surplus electricity to neighboring European countries at low—or even negative—prices. For example, on the first trading day of 2025, German electricity prices plunged below zero due to wind generation exceeding demand, remaining negative for four consecutive hours. According to data from the European Power Exchange, Germany experienced 468 hours of negative pricing in 2024—a 60% year-on-year increase. Conversely, on cold, windless days, Germany must rely heavily on lignite-fired generation—or import expensive electricity—resulting in rising carbon emissions. On November 11, 2024, anticipating wind generation far below seasonal norms, German auctioned electricity prices surged to €9.36 per kilowatt-hour.

What Happened in New Energy This Week? Six Key Updates to Decode Policy Trends

IV. Qinghai, Guizhou, Shanxi, and Shanghai Roll Out Successive Policies: 'Source-Grid-Load-Storage Integration' and 'Direct Green-Electricity Supply' Emerge as Local Buzzwords Local policy activity surged this week. The 'Regulation on Promoting Clean Energy Industry Development in Hainan Tibetan Autonomous Prefecture' (Qinghai Province) entered into force on September 1, explicitly supporting big-data industry construction of green microgrids and source-grid-load-storage integrated projects, piloting direct green-electricity supply—i.e., enabling locally generated green power to be supplied directly to local major consumers—while also endorsing diverse storage technologies including pumped hydro, electrochemical batteries, molten-salt thermal storage, and hydrogen storage. On September 7, Guizhou Province issued draft guidelines seeking public input on direct green-electricity supply development, stipulating that grid-connected projects must follow a "load-determined-source" principle: self-generated electricity must account for no less than 60% of total usable generation annually, while grid feed-in is capped at 20%. In short: prioritize self-consumption; minimize grid injection. Xinjiang County in Yuncheng City, Shanxi Province, proposed in its 15th Five-Year Plan Outline building a source-grid-load-storage integrated new-energy system, implementing independent energy storage, direct green-electricity supply, and hydrogen-integrated projects. Shanghai’s '15th Five-Year Plan for Building a Beautiful Shanghai,' released on September 10, likewise emphasized accelerating specialized 'photovoltaic-plus' initiatives and offshore wind farm development, and promoting large-scale application of new energy storage technologies. Though these four regions adopted distinct wording, they converge on one core idea: new energy development is shifting away from mere capacity installation targets toward tangible outcomes—how generated electricity is consumed and how generation, transmission, consumption, and storage coordinate seamlessly. Source: Sina.com.cn (Energy Storage Network), k.sina.com.cn/article_5...; BJX Power News Network, news.bjx.com.cn/html/20...; Sina Finance (Energy Morning News), finance.sina.com.cn/wm/... Tags: #SourceGridLoadStorageIntegration #DirectGreenElectricitySupply #Microgrid V. India and Pakistan Mandate Energy Storage for New Solar and Wind Projects Energy storage is transitioning from an 'optional add-on' to a 'mandatory requirement.' India’s Central Electricity Authority proposed that, starting July 2027, newly built ground-mounted PV plants and onshore wind farms must integrate energy storage systems—with a minimum requirement of two hours’ duration and storage capacity no less than 10% of installed generation capacity; thresholds will rise progressively thereafter. Pakistan, meanwhile, has recently made battery energy storage a compulsory bidding condition in its latest solar and wind tenders—rendering bidders without storage solutions ineligible. Both nations have experienced phases where rapid renewable capacity expansion outpaced grid absorption capability; now, they’re using tender rules to compel storage integration. For domestic Chinese storage enterprises, this signals a strategic imperative: overseas expansion can no longer focus solely on selling batteries—it must encompass turnkey solutions integrating generation and storage. Source: Asia Pacific Energy Watch, asiapacificenergywatch.com...; Renewables Now, renewablesnow.com/ Tags: #MandatoryStorageIntegration #RenewableGridConnection #GlobalTrend VI. South Korea Designates 25 GW Offshore Wind Exclusive Zones; Germany Enacts Offshore Wind Amendment Offshore wind is gaining ever-greater strategic attention. South Korea plans to designate dedicated offshore wind zones totaling 25 GW by 2031—pre-allocating sea areas and pre-establishing grid connection conditions.

Germany opens door to offshore wind returns as sector pressures grow

16 hours ago

Germany's Economy Minister approved a penalty scheme allowing developers to return offshore wind sites amid financial pressures, while state leaders urge legislative changes for retendering as major firms like BP and TotalEnergies struggle with project delivery.

reuters

2026-06-17

Germany Refuses TotalEnergies' Request to Return Offshore-Wind Leases

2026-10-28

Germany opens door to offshore wind returns as sector pressures grow

Germany opens door to offshore wind returns as sector pressures grow

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