TECHNICAL APPLICATION
For years, current generations of aircraft, such as the Boeing 787, the Airbus A350 and other programs, have been largely made of the innovative material mix of carbon fibers and polymer resins. This trend can also be seen in the small aircraft and helicopter sector. On top of this, new aerospace applications are coming up such as drones and air taxis.
Today, electric vehicle and mobility are more popular and start to play the decisive role compared with conventional fuel vehicles; whether for car body, main functional parts and brake systems, lightweight with extremely high-quality composite component is key to deliver function, safety, energy saving etc; and then make our life renewable and our Earth more green.
In 2020s, we live with semiconductor everyday: computer, intelligent mobile phone, electric car, internet, they all work with semiconductors. In the same time, the manufacturing process to produce semiconductor need high-quality C/C furnaces, advanced graphite, insulation felt, and we will offer package solution to semiconductor makers accordingly.
Due to the paradox of increasing energy demand with better energy efficiency, wind turbines are being constructed and planned with increasingly large rotor diameters with lightweight and high-energy-efficiency mandatory demands; carbon fiber is the best options due to extremely high mechanical properties and low density.
As one of most critical raw materials in photovoltaic industry, the quality of monocrystalline silicon is decisive; for the production of monocrystalline silicon, we need durable high-temperature furnaces and high-quality C/C composites is now in the dominant positions to produce above furnaces systems instead of graphite.
The trendsetting of replacement from metal to composite component is obvious in electronic industry due to lightweight and excellent mechanical properties of composites component, especially for CFRP parts; such replacement can make the electronic products more portable and versatile.
SOLAR PHOTOVOLTAIC (PV) TECHNOLOGY IS INDISPENSABLE FOR REALIZING A GLOBAL LOW-CARBON ENERGY SYSTEM AND, EVENTUALLY, CARBON NEUTRALITY
Benefiting from the technological developments in the PV industry, the levelized cost of electricity (LCOE) of PV energy has been reduced by 85% over the past decade. Today, PV energy is one of the most cost-effective electrical power sources worldwide.
In the coming years, innovative technological developments should help boost the PV power conversion efficiency (PCE), reduce the PV energy cost, and expand the PV industry.
With the ever-increasing proportion of PV in the energy system, the challenges posed by the regional intermittence and randomness of PV energy will manifest and provide opportunities for new technologies, including the integration of PV with other forms of energy and/or various energy storage techniques.
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