Our Target
By building green, zero-carbon factories and adopting a lean manufacturing model,
we are driving greener and more efficient operations to achieve sustainable growth.
Zero-Carbon Factory
In 2026, Jinko ESS's Haining factory in Zhejiang passed the Zero-Carbon Factory verification conducted by TÜV Rheinland, receiving a Type I Three-Star rating.
During the 2025 reporting period, the factory achieved 100% renewable electricity consumption, while continuing to advance energy transition, energy efficiency and low-carbon manufacturing.
12MW
Rooftop PV Capacity
18.97%
PV Self-Consumption Share of Total Electricity
100%
Renewable Electricity Consumption
17
Zero-Carbon Measures
Jinko ESS has established a zero-carbon management system with short-, medium- and long-term plans and 17 zero-carbon measures, supported by a management framework covering climate governance, target setting and continuous improvement. In 2026, the factory's carbon management system passed third-party certification/evaluation.
The factory operates a 12 MW rooftop PV system covering approximately 80,000 square meters, or 66.44% of the total roof area of factory structures. In 2025, electricity generated by the rooftop PV system and consumed on site accounted for 18.97% of total electricity consumption, while renewable energy accounted for 10.13% of total energy consumption. The factory further increased its renewable electricity consumption through green certificate procurement, achieving 100% renewable electricity consumption during the reporting period.
Energy Management Systems (EMS) and a carbon management platform enable digital data collection, dynamic monitoring and analysis of energy use and carbon emissions. Energy efficiency is further improved through waste heat recovery and cooling system optimization. In 2025, these measures saved 466 tonnes of steam and 92,691 kWh of cooling electricity.
The factory promotes reusable packaging, green procurement and low-carbon supplier management to reduce resource consumption and supply chain emissions. In 2025, packaging optimization saved 7,448 cartons and 2,496 wooden pallets. Following direct emissions reduction, carbon offsets were applied to residual emissions, covering 50% of Scope 1 and Scope 2 greenhouse gas emissions.
Environmental Management
Water Management
Packaging Materials and Circularity
Emissions and Waste Management
Hazardous Substances