In the era of new energy, the 'digital sense' of equipment safety

——Accurate gas monitoring, escorting the trillion dollar industry track

Preface: When the fast forward button is pressed for new energy, there should be no delay in safety

Hydrogen powered buses are quietly passing through, energy storage stations are adjusting their peak load day and night, and lithium battery packs are driving the future... The new energy industry is rapidly reshaping our world. However, on the clean and efficient side, the flammability and explosiveness of hydrogen (H ₂), the release of highly toxic gases (CO, HF, VOC, etc.) from thermal runaway of lithium batteries, and the use of special gases in photovoltaic and semiconductor manufacturing constitute risk reefs that cannot be ignored in the industrial chain.

Traditional experience and ordinary equipment are no longer able to cope with these new types of risks that are invisible, odorless, but destructive. Security monitoring must be one step faster than industrial development. Our gas safety monitoring solution, specially designed for the new energy field, is your indispensable "digital sense" and "safety outpost".

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Scenario 1: The entire hydrogen energy industry chain - from manufacturing, storage, and transportation to fuel cells

·Risk: Hydrogen has an extremely wide explosive limit (4% -75%), is colorless and odorless, and is highly prone to aggregation and explosion in the event of fire after leakage.

·Solution:

·Hydrogen production and refueling stations: High sensitivity and anti-interference hydrogen leak detectors are deployed at key nodes such as electrolytic cells, compressors, hydrogen storage tanks, and refueling machines to achieve ppm level early leak warning.

·Fuel cell system: Install detectors in the fuel cell compartment and ventilation openings to monitor hydrogen concentration in real time, and link them with ventilation and fire protection systems to ensure the safe operation of vehicles and fixed power sources.

Scenario 2: Lithium battery production and energy storage system - preventing "thermal runaway" from unburned

·Risk: Lithium batteries may experience thermal runaway in situations such as overcharging and internal short circuits, releasing characteristic gases such as carbon monoxide (CO), volatile organic compounds (VOCs) in the electrolyte, and hydrogen fluoride (HF), which are clear precursors to fire and explosion.

·Solution:

·Energy storage power station/BMS early warning: Deploy a "multi gas composite detector" in the battery compartment to monitor characteristic gases such as CO, VOC, and H ₂ in real time. Once the concentration is abnormal, it will take several tens of minutes for the system to deal with it before the temperature rise and smoke alarm.

·Battery production workshop: Monitor electrolyte solvent gases (VOCs) that may leak during processes such as injection and chemical formation to ensure worker health and production safety.

Scenario 3: Photovoltaic and Semiconductor Materials - Protecting the Purity and Safety of Manufacturing

·Risk: During the production of silicon materials and the deposition of thin films (CVD/PVD), special gases such as silane (SiH ₄), phosphine (PH ∝), and ammonia (NH ∝) are involved, most of which have spontaneous combustion, high toxicity, or strong corrosiveness.

·Solution: Provide high-purity, ppb level ultra-low leakage detectors for specific process gases, ensuring the sealing safety of special gas cabinets, pipelines, and valves, and protecting process equipment and chip products worth tens of millions of yuan.

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Our solution is not just about detection, but also about empowering systematic security

What we provide is not a single instrument, but a safety loop that runs through "perception warning decision-making".

1. Core product matrix

·Fixed gas detector: explosion-proof design, multiple signal outputs, suitable for continuous monitoring at fixed points.

·Portable multi gas detector: used for inspection, leak detection, and emergency response, flexible and efficient.

·Unmanned Aerial Gas Detection System: Conduct wide area and rapid inspections of large photovoltaic stations and outdoor hydrogen storage facilities to compensate for artificial blind spots.

2. Technical advantages

·Precision: High performance catalytic combustion, electrochemical, infrared (NDIR), and PID sensors are used to optimize the selection for different gases, ensuring accurate data.

·Reliable: Industrial grade design, passed rigorous environmental testing, explosion-proof, anti-corrosion, and anti electromagnetic interference.

·Intelligence: Supports multiple transmission methods such as 4-20mA, RS485, LoRa, NB IoT, etc., seamlessly integrated into the factory DCS, energy storage EMS, or smart energy management platform.

3. Cloud platform and intelligent warning

All data can be connected to the "New Energy Security Guard" cloud platform to achieve:

·One image overview: Global visualization monitoring of the status of all monitoring points.

·Graded intelligent alarm: pushed in seconds through multiple channels such as APP, SMS, sound and light.

·Risk trend analysis: Based on big data analysis of leakage trends, achieve predictive maintenance.

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Choose us to build a solid foundation for your green business

We are well versed in the standards and challenges of the new energy industry and have served over a hundred battery manufacturers, hydrogen energy companies, and photovoltaic factories. Our value lies in:

·Industry Know How: Provide customized solutions that comply with domestic and international security standards (such as GB, NFPA, IEC).

·Quick response service: providing full lifecycle technical support from solution design, installation and debugging to continuous calibration.

·Co creating a secure ecosystem: We are willing to be your reliable security partner, exploring cutting-edge monitoring technologies together to safeguard the sustainable development of the new energy industry.