An indoor tennis court converted from a former warehouse faced severe summer overheating as global warming pushed ambient temperatures to record levels.

Supporting Ukraine's sustainable reconstruction through TIISA^® superinsulation technologies, local manufacturing, and circular economy innovation

Extreme Outdoor Heat is Devouring Your AI Computing Power and Energy!  AI containerized data centers operate under ultra-high rack density. Although equipped with liquid cooling and HVAC systems, being deployed outdoors turns their metal shells into "giant heat absorbers" under direct sunlight. This relentless external heat penetration not only disrupts the critical constant-temperature environment, but also forces the cooling systems to overwork—skyrocketing energy costs and becoming a silent killer of equipment lifespan.

tiisa^®-coated houses achieved up to 8% lower flock mortality and 5°C cooler indoor temperatures versus the uncoated control, driving measurable gains in bird weight and feed efficiency.