December 23, 2016 - China Expands Renewable Energy Development Programs

On December 23, 2016, you saw China officially expand its renewable energy development programs under the 13th Five-Year Plan. China committed roughly 2.5 trillion yuan (~$360 billion) toward wind, solar, and hydropower through 2020. The plan set ambitious capacity targets, introduced feed-in tariffs, and enforced renewable portfolio standards to drive deployment. It's one of history's most coordinated clean energy pushes — and there's much more to uncover about how China pulled it off.

Key Takeaways

• China committed approximately 2.5 trillion yuan (~USD 360 billion) to renewable energy development between 2016 and 2020.
• The 13th Five-Year Plan set targets to raise non-fossil energy's share in primary consumption to 15% by 2020.
• China set 2020 capacity targets of 200 GW solar and 250 GW wind, with onshore wind ultimately reaching 276 GW.
• Feed-in tariff reductions began in 2016 as solar and wind technology costs dropped 60–90% since 2009.
• Certificate trading launched in 2017 to replace direct subsidies with market-based renewable energy credits.

What China's 13th Five-Year Renewable Energy Plan Set Out to Accomplish

China's 13th Five-Year Renewable Energy Plan (2016–2020) set out ambitious targets to reshape the country's energy mix. The plan's renewable targets aimed to raise non-fossil energy's share in primary consumption to 15% by 2020, scaling to 20% by 2030. Total renewable energy consumption would hit 730 million tons of standard coal equivalent, while commercialized renewable energy reached 580 million tons.

You'll notice the plan also prioritized energy efficiency, targeting a 15% drop in GDP per unit of energy use. Coal's share would fall below 58%, with total energy consumption capped at 5 billion tons of coal equivalent. Renewable power production would reach 1,900 TWh, accounting for 27% of total generation, signaling a decisive shift away from fossil fuel dependence. Natural gas capacity was also projected to expand significantly, with a target of 110 million kW of gas-fired power capacity to be installed by 2020.

These targets built on strong momentum from the previous planning period, during which China's non-fossil share rose from 9.4% in 2010 to 12% in 2015, exceeding the 12th Five Year Plan target of 11.4% ahead of schedule.

Where China's $360 Billion Renewable Investment Goes

Backing those ambitious targets with real money, China's 13th Five-Year Plan committed roughly 2.5 trillion yuan ($360 billion) to renewable energy development between 2016 and 2020.

Solar receives the largest share at 1 trillion yuan, followed by 700 billion yuan for wind and 500 billion yuan for hydropower. Nuclear and emerging sources like tidal and geothermal split the remainder.

You'll also find spending directed toward offshore manufacturing facilities that supply turbines and panels at scale, keeping costs competitive.

Consumer incentives further accelerate adoption by making clean energy technology accessible to households and businesses alike.

Annual cost reductions of 2% for solar and 3–5% for wind reflect the plan's efficiency goals.

Together, these allocations position China to meet its 2020 targets of 200 GW solar and 250 GW wind. Reinforcing the scale of China's domestic transformation, Baidu invested over 100 billion yuan in AI development over just three years, reflecting the country's broader pattern of committing massive capital to strategic technology sectors. This trajectory of sustained commitment would eventually see China's clean energy investment reach more than USD 625 billion annually by 2024, nearly doubling since 2015. By that same year, electric vehicles and battery production alone would account for roughly 39% of China's total clean energy investment value.

Wind, Solar, and Hydro Capacity Targets for 2020

When Beijing drafted its 13th Five-Year Plan, it set wind capacity targets at 210 GW onshore by 2020—a goal the country blew past, reaching 276 GW. Solar targets tell a similar story: initial capacity forecasting badly underestimated growth, forcing revised targets upward to 200 GW, which China exceeded at 253 GW.

Hydropower targets reached 300 GW total installed capacity, requiring careful land use planning across river basins. You'll notice that hitting these numbers demanded serious grid integration work and transmission upgrades to move power from remote installations in Xinjiang, Gansu, and Inner Mongolia into population centers.

Combined, wind and solar delivered roughly 613 TWh in 2020, while hydropower contributed approximately 1,400 TWh annually—collectively forming the backbone of China's accelerating renewable expansion. China's scale in turbine and panel production was underscored by the fact that it became the largest PV producer globally in 2015, with 43 GW installed that year alone. Wind capacity additions surged dramatically, with China adding nearly 72 GW of wind power in 2020 alone, nearly tripling the 26 GW added in 2019.

The Subsidies and Quotas Behind China's Renewable Expansion

Behind China's record-breaking capacity numbers lies an aggressive subsidy architecture that made explosive growth possible. You'll see this through four key mechanisms driving expansion:

1. FIT rates reached 0.85 CNY/kWh in premium solar regions, fueling rapid deployment.
2. FIT reductions began in 2016, cutting solar and wind support as costs dropped 60–90% since 2009.
3. Certificate trading launched in 2017, replacing direct subsidies with market-based renewable energy credits.
4. Renewable Portfolio Standards mandated 9% non-hydro renewable energy nationally by 2020.

Chinese solar cell and panel manufacturers saw output grow approximately 76% per year between 2004 and 2013, reflecting how deeply subsidy-driven industrial policy accelerated production capacity across the sector. Content access restrictions on platforms like ScienceDirect, governed by Elsevier B.V., highlight how proprietary research on these subsidy mechanisms remains difficult to obtain without institutional credentials. Canada's own approach to regulating foreign investment in its renewable energy sector evolved significantly when Bill C-34 received Royal Assent in March 2024, introducing stronger national security review mechanisms for inbound investments.

How the 13th Five-Year Plan Made China the World's Renewable Leader

China's 13th Five-Year Plan (2016–2020) didn't just set targets—it engineered a structural transformation that cemented the country's dominance in renewable energy.

Through deliberate industrial policy, China scaled installed renewable capacity to 680 GW, added wind and solar at rates that doubled previous periods, and committed 2.5 trillion yuan in structured investment across hydro, wind, and solar sectors.

You can see the results clearly: wind capacity hit 210 GW, while combined wind-solar share reached 10% of electricity generation.

These weren't accidental outcomes—they reflected coordinated planning that resolved curtailment issues, expanded transmission infrastructure, and drove down technology costs.

That cost reduction fueled export dominance, reducing foreign reliance and positioning Chinese manufacturers as the world's primary suppliers of renewable energy equipment. The plan also established a target to raise non-fossil energy share in total primary energy consumption to 20% by 2030.

Building on this foundation, the subsequent 14th Five-Year Plan set an ambitious trajectory with a 2025 renewable electricity production target of 33%, alongside an absolute generation goal of 3,300 TWh. Similar to how commercial space ventures have pursued modular, phased deployment strategies to reduce financial risk, China's renewable expansion relied on staged capacity additions to manage infrastructure costs and validate large-scale implementation before broader commitments.