Your web browser does not support JavaScript, but it does not affect browsing through the rest of the web site. Go to Main Content

Energy Efficiency and Conservation

Ultrafast Rechargeable Aluminum-ion Battery
The battery can complete a charging cycle in only 60 seconds. The battery consisting of an aluminum anode and a graphitic-foam cathode withstands more than 10,000 charge-discharge cycles without any capacity decay, showing advantages such as low cost, good safety, high flexibility, low flammability, rapid charging, and long durability.
Thermal Generation and High-efficiency Thermoelectric Module
Thermoelectric technology is a phenomenon of electromotive force generated by the temperature difference of thermoelectric materials (Seebeck effect) that provides a new opportunity for energy saving and improves energy efficiency.
Grid-Scale Energy Storage- Flow Battery Technology
Facing the challenges of emerging energy security, reducing greenhouse gas emissions, increasing the supply and utilization of distributed/renewable energy, an energy storage system has become a necessary technology for introducing renewable energy into electricity grids.
Technology of Surface Plasmon Coupling for OLED lighting
Light extraction of organic light emitting diodes (OLEDs) is important in increasing the external quantum efficiency (EQE) for displays and lighting. 75%~80% emitted light is confined in substrate mode, waveguide mode, and surface plasmon mode of metal electrode (~50%)
Energy Efficiency Design and Improving Engineering for New and Old Buildings
Through the imported energy simulation software and related technologies, a new building’s energy consumption level under different scenarios and conditions can be predicted in advance.
WebEP – Web-based building energy simulation platform
WebEP makes complicated building energy simulation easy to do within 3~5 minutes without compromising its accuracy. It has the most detailed database of Taiwan’s weather data, the building energy consumption survey...
Organic Rankine Cycle System: Low Grade Heat to Power Technology
The organic Rankine cycle (ORC) is considered to be one of the most economic and efficient ways to convert low grade thermal energy to electricity. The potential capacity of the waste heat recovery from the industrial sector is about 0.73 GW in Taiwan.
Energy Conservation Diagnoses and Analyses for Industry Sector
In order to reinforce and promote energy conservation technology, the Energy Audit and Conservation Technology Service Program has been conducted for decades to implement the on-site walk-through type energy audit among major energy consumers.