Wolong Inneide AEM electrolyzer helped the hydrogen and oxygen thermopower quadruple power system Naqu was officially put into operation

In Naqu, the "world's third pole" with an average altitude of 4,500 meters, the environment of extreme low temperatures, lack of oxygen, and strong radiation was once a "natural barrier" to energy supply. Today, the hydrogen-oxygen thermoelectric quadruple power system equipped with Wolong Inrad AEM electrolyzer has successfully overcome this high-altitude challenge with the power of innovation. The 4,500-meter-high hydrogen-oxygen thermoelectric quadruple power system equipped with AEM electrolyzers was officially put into operation, setting a new benchmark for clean energy applications in high-altitude areas.

 

 

The key innovations of this system are specially optimized for high-altitude environments to ensure that the system is still efficient and stable under low air pressure, and the newly upgraded intelligent insulation algorithm can automatically adjust according to the environment, providing all-weather safety protection for AEM's core components, perfectly adapting to the extreme environment of Naqu:

• Low temperature resistance and stable operation: With the thermal management of the system, the AEM system can operate stably and efficiently in the ambient temperature range of -40°C~45°C;

• Low consumption and high efficiency, adapted to new energy: it can directly match the fluctuation of local solar and wind energy, the energy consumption of the electrolysis process is lower, and the hydrogen production efficiency is efficient.

• Anti-hypoxia and easy maintenance: The equipment has a more compact structure, strong adaptability to high altitude and low atmospheric pressure, and low operation and maintenance costs in the later stage.

Relying on the core advantages of AEM electrolyzers, this system realizes the integrated output of the four functions of "hydrogen production, oxygen production, power supply, and heating", and accurately solves the pain points of people's livelihood and development:

• Hydrogen production and energy storage: convert surplus local solar and wind energy into hydrogen storage, and generate electricity through hydrogen fuel cells during peak electricity consumption to alleviate the pressure on the power grid.

• Oxygen production benefits the people: The high-purity oxygen generated by electrolyzed water is directly transported to local hospitals and communities to improve the problem of hypoxia at high altitudes and protect the health of residents.

The successful operation of this system is not only a technical victory, but also an innovation in the energy supply model in high-altitude areas. It has achieved local consumption of wind and light, and created an innovative "Tibet model" of hydrogen energy parity. From "energy dilemma" to "clean empowerment", Wolong Inneid uses AEM electrolyzer technology to make the energy future of the "world's third pole" more imaginative. This is not only a technology landing, but also another successful leap forward for China's clean energy technology to challenge difficult environments.

 

1. 청정 에너지 시스템 구축

• 적용 사례: 티베트 나취(Naqu) 지역의 고지대 에너지 공급
• 특징:
  • -40°C~45°C의 극한 온도에서도 안정적 작동
  • 저기압 환경에서도 고효율 수소 생산
  • 태양광 및 풍력의 변동에 직접 대응 가능

2. 수소 기반 에너지 저장 및 발전

• 기능:
  • 잉여 재생에너지를 수소로 저장
  • 피크 시간대에 연료전지를 통해 전력 공급

3. 산소 생산 및 지역 사회 지원

• 활용:
  • 고순도 산소를 병원 및 지역 사회에 공급
  • 고산지대 주민의 저산소증 문제 해결

4. 스마트 열관리 및 자동 절연 알고리즘

• 기술적 장점:
  • 환경에 따라 자동 조절되는 절연 알고리즘
  • 유지보수 비용 절감 및 고장률 감소