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Company Technical Team Visits Saipan for On-Site Guidance, Promoting Localized Application and Market Expansion of Solar Air Conditioning Technology

[July 27, 2026] In response to the growing demand for clean energy in the Saipan Islands, the company's technical team recently arrived in Saipan to carry out on-site installation guidance and market research for solar air conditioning technology. This mission aims to address the challenges of high local electricity costs and the critical need for cooling under the island's unique climatic conditions, promoting the widespread adoption of efficient and energy-saving solar air conditioning solutions in the Saipan market.

Focusing on Technology Implementation to Solve the Challenges of High Electricity Costs and Island Applications

The Saipan Islands have long relied on diesel-generated electricity, leaving residents and businesses burdened with exorbitant power costs, with air conditioning units being the primary electricity-consuming equipment. To address this pain point, the technical team, upon arrival, quickly went to the front lines of the project, focusing their technical efforts on ensuring the stable operation of solar air conditioning systems under complex climatic conditions such as high temperatures, high humidity, and typhoons.

The team conducted on-site inspections of local solar air conditioning projects already in operation, such as the one at Fujiair Company, which had taken the lead in adopting 24,000 BTU solar air conditioning units. The results were remarkable after installation: even on rainy days without access to the government power grid, the air conditioning units continued to operate steadily, maintaining rooms at a cool and comfortable temperature. This represented a complete transformation—from being a veritable "electricity guzzler" to a zero-electricity-cost photovoltaic direct-drive air conditioning system—confirming the reliability and energy-saving performance of solar air conditioning in Saipan's actual environment.

Tailoring Clean Energy Cooling Solutions to Local Conditions

In Saipan, the technical team found that the demand for solar air conditioning varies significantly across different scenarios. Public and private schools, hotels, medical institutions, and retail stores are all high-electricity-consumption venues, making them key application areas for solar air conditioning.

To this end, the company's technical team, taking into account the characteristics of Saipan's local power grid (predominantly 110/220V single-phase power supply) and actual user loads, provided customized photovoltaic air conditioning system design support for various scenarios, including residential and commercial applications.

Seizing Policy Opportunities to Support Saipan's Green Transformation

Currently, the Saipan government and the U.S. Department of the Treasury have provided subsidies for the purchase of solar air conditioning systems for public schools, private schools, and even low-income households, with each school eligible for up to $50,000 in subsidies annually. At the same time, following natural disasters such as super typhoons, local residents and businesses have shown surging interest in off-grid solar systems, with the market experiencing explosive growth.

The technical team's mission not only involved providing technical support for existing projects but also focused on promoting the large-scale deployment of more efficient and cost-effective solar air conditioning solutions in Saipan. During the on-site guidance, the team engaged in in-depth exchanges with local distributors and end-users, gathering valuable application feedback that laid a solid foundation for future product optimization and market strategy adjustments. The company will continue to uphold the philosophy of "technology-driven, localized services," leveraging Saipan's strong demand for energy conservation and carbon reduction to accelerate the widespread application of solar air conditioning technology in island regions, delivering tangible economic benefits and green value to local users.