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FET's medium and long-term carbon reduction strategies center on three aspects: smart energy conservation, use of renewable energy, and energy storage. Coupled with FET's core competencies, the carbon reduction strategies go in line with the government policies on energy transformation and electricity industry reforms and are aimed at business opportunities arising from energy conservation technologies, energy storage, and smart grid and smart meter, as well as system integration.
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FENC evaluates the risks and opportunities brought by climate change and responds with concrete strategies. We believes that natural resources are meant to be shared among all humanity, hence regarding energy and resource efficiency as the means to prevent resource depletion. With a strong commitment to protecting natural habitats and resources from pollution.
Read MoreOUCC has adopted a “stable, safe and environmentally friendly” approach to product development, the possible effects of the product on health, safety and the environment has been taken into account, aiming to reduce all risks. The green chemical strategies are set to help with the sustainable development of the industry.
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To quickly restore the exposed ground surface after extraction, ACC collects all native top soil and store them for fertilization with great effort. The native trees are transplanted for preservation. Planting slots are digged on the platform once the extraction work at the final stage and the fertilized soil will be refilled, the cultivated strong seedlings are planted back by mixing various species to build diversified types of trees to create a good ecological habitat.
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The energy management team established energy performance indicators (KPIs) and conducts regular monthly reviews and analysis of various energy consumption data. Through a dual approach of “software management and hardware maintenance,” FEDS continues to enhance energy usage efficiency and improve energy management performance.
Read More"Campus Water Resources Monitoring and Energy Conservation Management" system in conjunction with the "Campus Power Monitoring and Energy Conservation Management System," to achieve integrated management of water and electricity across all buildings. Its functions include: power parameter analysis, meter data query, renewable energy information, water usage trends, water usage ratios, and alerts for significant energy resource usage anomalies. This system helps in the early detection of potential resource waste and operational risks.
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