By 2030, reduce GHG emission from Scope 1 and Scope 2 by 50%. (2023 is the base year)
By 2030, reduce GHG emission from Scope 1 and Scope 2 by 50%. (2023 is the base year)
By 2050, achieve net zero across the entire value chain
By 2050, achieve net zero across the entire value chain
By 2030, the proportion of renewable energy use will reach 20% (2023 is the base year)
By 2030, the proportion of renewable energy use will reach 20% (2023 is the base year)
By 2050, the proportion of renewable energy use will reach 100%
By 2050, the proportion of renewable energy use will reach 100%
By 2030, reduce the unit water consumption intensity by 10% (2023 is the base year)
By 2030, reduce the unit water consumption intensity by 10% (2023 is the base year)
By 2050, reduce unit water consumption intensity by 50%
By 2050, reduce unit water consumption intensity by 50%
By 2025, Lithium battery recycling efficiency ≥65%
By 2025, Lithium battery recycling efficiency ≥65%
By 2030, Lithium battery recycling efficiency ≥70%
By 2030, Lithium battery recycling efficiency ≥70%
By 2027, lithium metal recovery rate ≥50%
By 2027, lithium metal recovery rate ≥50%
By 2030, lithium metal recovery rate ≥80%
By 2030, lithium metal recovery rate ≥80%
By 2030, a minimum of 6% recycled lithium metal in battery materials
By 2030, a minimum of 6% recycled lithium metal in battery materials
By 2035, a minimum of 12% recycled lithium metal in battery materials
By 2035, a minimum of 12% recycled lithium metal in battery materials
In accordance with the “Task Force on Climate-Related Financial Disclosures (TCFD) Recommendations”, we identify and respond to the risks and opportunities of climate change to the company, and contribute to the company's financial performance and environmental protection.
Risen Energy addresses climate risk challenges, practicing the green concept throughout the whole product lifecycle, constantly improving product quality and efficiency.
Risen Energy uses fluorine-free backsheets in module production to reduce environmental impact. Meanwhile, we conduct a series of technology R&D projects to find alternative materials and update product design, so as to improve the conversion rate of PV products while reducing resource consumption during production.
Risen Energy has undertaken various energy-saving and consumption-reduction technological improvement projects. Additionally, we are dedicated to establishing and certifying green factories, aiming for energy conservation and low carbon emissions in the manufacturing process.
Risen Energy actively explores the use of recyclable packaging materials like iron pallets, brackets, and reels. We also reduce logistics energy consumption, costs, and carbon emissions by optimizing routes and encouraging suppliers to adopt new energy-powered vehicles.
Risen Energy discusses with warehousing suppliers to roll out the three-dimensional warehouse stacking method, ensuring better space utilization and thereby saving energy and resource consumption.
Risen Energy follows the “PV BU Procedures of Module Product Delisting Management” to responsibly acquire and recycle end-of-life modules. Additionally, we participate in PV Cycle's recycling program in oversees market.
According with the requirements of GB/T23331-2020 Energy Management System, Risen Energy has formulated the "Energy System Management Manual", which defines top-down energy governance structure, including the responsibilities and authorities at various levels.
According with the requirements of GB/T23331-2020 Energy Management System, Risen Energy has formulated the "Energy System Management Manual", which defines top-down energy governance structure, including the responsibilities and authorities at various levels. It outlines the energy policy, identifies and addresses measures to manage energy risks and opportunities, specifies procedures for planning and achieving energy goals, energy management implementation plans, energy reviews, energy performance parameters, energy benchmarks, energy data collection, and more. Additionally, it establishes regulations for performance evaluation and improvement management of the energy management system, aiming to achieve a dynamic cycle of "planning, implementation, inspection, and improvement" to effectively enhance the company's energy management level.
Risen Energy has established a Water Resource Management Group, led by our CEO, which is responsible for the development of the Company's water resource management strategy and the monitoring of water performance.
Risen Energy has established a Water Resource Management Group, led by our CEO, which is responsible for the development of the Company's water resource management strategy and the monitoring of water performance. Risen Energy adheres to a water resources management policy that emphasizes both conservation and efficiency improvement, with water conservation being a paramount concern. Our objective is to enhance water conservation, protection, and scientific utilization, increase water reuse rates, increasing the usage of alternative water sources such as rainwater and wastewater in industry. To achieve this goal, we implemented the "Group Water Resources Management System". This system defines the responsibilities of each department on water management and outlines sustainable water management strategies to reduce the overall water footprint of industrial operations.
Risen Energy places great emphasis on the management of solid waste, we developed the "Group Hazardous Waste Management System", in accordance with “Law of the People's Republic of China
Risen Energy places great emphasis on the management of solid waste, we developed the "Group Hazardous Waste Management System", in accordance with “Law of the People's Republic of China on the Prevention and Control of Environment Pollution Caused by Solid Wastes” and “Technical Specifications for Collection, Storage, Transportation of Hazardous Waste”. This system standardizes the workflow of hazardous waste identification, declaration, registration, collection, storage, transfer, signage installation, training, and emergency management to prevent hazardous waste from polluting the environment.
Risen Energy integrates biodiversity conservation into the company's strategy and operations, as well as into our industrial chain and the ecological systems that support the company's survival and growth.
Risen Energy integrates biodiversity conservation into the company's strategy and operations, as well as into our industrial chain and the ecological systems that support the company's survival and growth.
Risen Energy has always been committed to providing our clients with more environmentally friendly and efficient products, so we comply with the principles of circular economy in every stage, from product design, material selection to manufacturing.
Risen Energy has always been committed to providing our clients with more environmentally friendly and efficient products, so we comply with the principles of circular economy in every stage, from product design, material selection to manufacturing. We are committed to reducing the use of hazardous substances and non-recyclable materials in our production and increasing the proportion of recycled materials, such as using recycled steel instead of aluminum in frames, to enhance the efficiency of resource utilization and to reduce the negative impact on the environment during the entire life cycle of our products.
400-8291-000
Tel: 0086-574-59953588
Address: Tashan Industry Zone, Meilin Street, Ninghai, Ningbo, China
COPYRIGHT © RISEN ENERGY CO., LTD. ALL RIGHTS RESERVED. 浙ICP备15027266号-1 浙公网安备 33022602000189号