Jinko Solar secured a 448.7 MW module procurement order from China Energy Group.

Published: Jun 23, 2026 09:41
On June 22, the winning bid result for the public tender of PV module equipment procurement for the Dadu River Company’s Ganluo Phase II PV power generation project was announced. The winning enterprise was Jinko Solar Co., Ltd., with a unit price of 0.765 Yuan/W. The tender announcement indicated that the scope of this tender covers the PV module equipment procurement for the Ganluo Phase II PV power generation project (448.7087MWp), including but not limited to series connectors for matching modules, spare parts and special tools, PV module factory tests, packaging, insurance, transportation, training, installation guidance, and cooperation in project plan optimization, on-site commissioning and testing, participation in trial operation, and completion acceptance. The project does not accept consortium bids or bids from agents.

On June 22, the winning bid result of the public tender for the procurement of PV module equipment for the Ganluo Phase II PV power generation project of Dadu River Company was announced. The winning enterprise was Jinko Solar Co., Ltd., with a unit price of 0.765 Yuan/W.

The tender announcement stated that the scope of this tender was the procurement of PV module equipment (448.7087 MWp) for the Ganluo Phase II PV power generation project, including but not limited to supporting module connection plugs, spare parts and special tools, factory testing, packaging, insurance, transportation, training, installation guidance, as well as assistance in project scheme optimization, on-site commissioning and testing, participation in trial operation, and completion acceptance. The project does not accept consortium bids or bids from agents.

The delivery date is tentatively scheduled to commence on June 20, 2026, and all PV module deliveries for this project are to be completed before September 30, 2026. The specific supply quantities and timing are subject to the written notice from the project unit.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM's internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or for more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
【SMM New Energy News】China's Largest All-Vanadium Redox Flow Battery Energy Storage Station Enters Commercial Operation
Common.Time.hoursAgo
【SMM New Energy News】China's Largest All-Vanadium Redox Flow Battery Energy Storage Station Enters Commercial Operation
Read More
【SMM New Energy News】China's Largest All-Vanadium Redox Flow Battery Energy Storage Station Enters Commercial Operation
【SMM New Energy News】China's Largest All-Vanadium Redox Flow Battery Energy Storage Station Enters Commercial Operation
Recently, the Jimsar all-vanadium redox flow battery energy storage station in Xinjiang fully transitioned to commercial operation. As currently the largest all-vanadium redox flow battery energy storage project in China, its deployment marks significant progress in the large-scale application of high-capacity and long-duration energy storage technologies across the country.
Common.Time.hoursAgo
[SMM PV] Global Climate Changes Impact PV Power Generation: El Niño May Cause Regional Irradiance Deviation Exceeding 10%
Common.Time.hoursAgo
[SMM PV] Global Climate Changes Impact PV Power Generation: El Niño May Cause Regional Irradiance Deviation Exceeding 10%
Read More
[SMM PV] Global Climate Changes Impact PV Power Generation: El Niño May Cause Regional Irradiance Deviation Exceeding 10%
[SMM PV] Global Climate Changes Impact PV Power Generation: El Niño May Cause Regional Irradiance Deviation Exceeding 10%
The latest update from the World Meteorological Organization shows that the probability of an El Niño event occurring from June to August 2026 is as high as 80%, and it is expected to persist at least through the Northern Hemisphere winter. Solcast research indicates that during past strong El Niño events (especially July–September), regional differences in global surface horizontal irradiance were dramatically amplified, with maximum deviations reaching around 10%. The regional impacts are markedly divergent: irradiance in Rajasthan, India, could be about 15% above normal, and in eastern Australia about 5% above; meanwhile, key PV installation hubs such as eastern China, California in the US, and the Atacama Desert in South America will experience persistent irradiance deficits, directly weighing on actual power output from plants. This climate shift is becoming a systemic variable for the PV industry in 2026 that cannot be ignored.
Common.Time.hoursAgo
[SMM PV] 5.06 Billion Yuan! Major Move by a PV Leader
Common.Time.hoursAgo
[SMM PV] 5.06 Billion Yuan! Major Move by a PV Leader
Read More
[SMM PV] 5.06 Billion Yuan! Major Move by a PV Leader
[SMM PV] 5.06 Billion Yuan! Major Move by a PV Leader
On the evening of June 22, Tongwei Co., Ltd. announced that, to support the sustained high-quality development of its wholly-owned subsidiary Tongwei Solar, optimize the asset-liability structure, strengthen capital strength and risk resilience, and enhance asset operation efficiency and overall competitiveness, the company planned to increase capital in Tongwei Solar by 5.06 billion yuan, with the additional amount to be recorded as capital reserve of Tongwei Solar. According to the disclosure, this capital increase is a cash contribution, with the source of funds being self-owned funds and no raised funds involved. After this capital increase, Tongwei Solar remains a wholly-owned subsidiary of the company.
Common.Time.hoursAgo