Sustainability
The distributed energy resources supply architecture integrates photovoltaic, energy storage, and low/zero carbon backup power to deploy net-zero, low-carbon electricity. It's modular, scalable, and supports fast-deployed green energy supply solutions. All of these features make it an effective tool for achieving net-zero carbon emissions goals.
Sustainability | Green Energy & Environment
By using microalgae cultivation, harvest, and extraction technology, biofuel/high-value-added product are produced for fuel and health food application with complementary CO2 fixation benefit. Microalgae Biomass Energy Technology is a third-generation biofuel actively developed internationally. In addition to energy generation and carbon fixation advantages, the downstream application of value-added products has great potential.
Sustainability | Green Energy & Environment
The green material, Expanded Glass Granule, is produced by locally sourced recycled glass silicone. This lightweight, porous material offers thermal insulation, heat preservation, fire resistance, sound insulation and lightweight properties. The core value of Expanded Glass Granule is to offer the industry new solution for recycling glass silicon resource. It not only facilitates the reuse of waste but also introduces an innovative, environmental friendly material which align with energy-saving and carbon reduction strategies. This approach enhances the value of wasted resources, while also driving the local technological innovation. Achieving the ultimate goal of supporting the sustainable development of environment and resource management practices.
Sustainability | Green Energy & Environment
Using the sensitive hydrophone & accelerometer sensors, combined with advanced multi-spectral correlation. The system is able to locate small leaks even in plastic pipes.
Sustainability | Information & Communications/Machinery & System/Green Energy & EnvironmentComing soon!