Sun, water, and air are three key elements that we cannot live without. Meanwhile, Solar, Wind, and Water Resources have been the pillar of the global economics lifeline. TTS D’CHANNEL, presented by TIATRA, launches a series video clips of Taiwan International Water Week (TIWW) and Energy Taiwan to introduce the future and resolutions of sustainable energy.

Due to the shortage of nature resources and climate change making extreme weather more common, an urgent search has begun to find ways to achieve the sustainable water management. With the advance of climate change, extreme events such as droughts and flooding are becoming more frequent. We can no longer ignore the impact from those damages, and desperately need to find a solution.

The global coalition for net-zero emissions is growing, 128 nations are making commitments to achieve net-zero by 2050. It has been starting a global wave, how should Taiwan prepare for the next 30 years?
TIWW and Energy Taiwan, organized by TAITRA, offer an excellent platform for domestic and foreign manufacturers and buyers to interact and exchange ideas with each other. We expect these events will upgrade Taiwanese talents and technologies with more global insights. Together, we are able to work out an innovative scheme and draw up a master layout plan to meet the Net-zero commitments.

WINAICO launches the world's first complete solar installation lifecycle protection, the WINAICO CARE, to make sure our customers' high-quality solar installations can be protected with ongoing system inspections and unique solar insurance.
Solar systems are designed to produce energy for 25+ years, but there has been a trend in reducing installation costs through cheaper solar modules, inverters and balance of systems. WINAICO CARE is helping solar investors rethink the way Levelised Cost of Energy (LCOE) in solar is calculated. By providing better solar modules, regular system inspections, 3 in 1 solar insurance, WINAICO CARE can help solar investors earn more profits through greater energy production through the system's lifetime.