Applications

Pharmaceutical industry requirements for gas detection equipment emphasize high sensitivity, low cross-interference, and compliance with GMP (Good Manufacturing Practice) and safety standards. Key considerations for equipment selection and layout include:

Modern pharmaceutical gas detection systems integrate IoT, big data, and GMP management systems, advancing safety management from real-time alerts to full-process control:

The gas risks in the energy storage industry are closely related to energy storage technology types, battery material systems, and auxiliary systems, primarily involving the following five categories of gases:

Gas detection equipment in the energy storage industry must be precisely deployed to address potential leakage points in battery modules, electrolyte storage areas, power distribution rooms, hydrogen systems, and laboratories:

Gas detection equipment in the energy storage industry must adapt to high temperatures (up to 800°C during battery thermal runaway), strong corrosion (HF, H₂SO₄), high humidity (sealed battery modules), and electromagnetic interference (dense electrical equipment). Selection and layout should follow these principles:

Modern energy storage gas detection systems integrate IoT, big data, and AI to evolve from passive alerts to proactive risk management: