Pressurized Solar Engineering Collector

Core Position: The Thermal Energy Guarantee Tool for Large-scale Projects

In large-scale applications such as residential complexes, schools, hospitals, factories, and greenhouses, stable and efficient thermal energy supply is crucial for project implementation and long-term profitability. This engineering-grade flat plate collector is specifically designed for centralized hot water supply and heating needs. With its core advantages of flexible adaptability, cost-effectiveness, durability, and high energy efficiency, it has become the preferred solution for various large-scale projects, ensuring reliable thermal energy output throughout the process.

Three Core Values: Redefining Engineering-grade Thermal Equipment

1. Flexible adaptation and precise matching for all-scale needs

Supports flexible configurations of multiple units in series or parallel, with customizable configurations tailored to key parameters like heating area, hot water supply, and installation space. Whether for large or small projects, it effectively addresses the pain points of 'overcapacity' or 'supply shortages,' meets diverse engineering needs, and offers greater installation flexibility.

2. Economical, durable, cost-effective, and hassle-free

• Cost-effective: Premium engineering-grade materials paired with proven manufacturing techniques deliver exceptional value, making the initial investment more cost-efficient.

• Efficient installation: The streamlined process eliminates complex on-site adjustments, dramatically cutting construction timelines while reducing labor and time expenditures.

• Durable and robust: The structure is sturdy and durable, with excellent resistance to corrosion, aging, and harsh environments, designed for long-term continuous operation with an extended service life.

• Easy maintenance: Minimal long-term maintenance costs ensure hassle-free and effortless project support.

3. Stable and efficient operation with no reduction in thermal output

• High-pressure stability: Engineered pressure-resistant design capable of withstanding prolonged 0.6MPa high-pressure conditions, eliminating leakage risks and ensuring continuous thermal energy output.

• High-efficiency and energy-saving: Through optimized structural design and core heat absorption technology, it maximizes solar energy absorption, enables rapid and efficient thermal conversion, significantly reduces project energy consumption, and enhances the cost-effectiveness of energy utilization.

Core Configuration Revealed: Every Detail Boosts Performance

Wide application scenarios: precise thermal energy matching across all scenarios

• Large residential complexes: providing stable domestic hot water for thousands of households;

• Schools / Hospitals: to ensure the daily water and heating needs of teachers, students and patients;

• Factory workshop: to meet the various heat demands in the production process;

• Greenhouse: Provides the heat energy needed for constant temperature and helps crops grow;

• Other large-scale facilities: Compatible with all centralized hot water and heating systems.

Core product specifications

Brand Strength: Technology Support and Global Recognition

• Enhance the product portfolio: Specializing in the clean heating market, it covers a temperature range of 45°C to 150°C to meet diverse application needs.

• International certification guarantees: The product has obtained multiple international certifications including CE and SolarKeymark, ensuring its robust quality.

• Global market presence: Exported to over 30 countries and regions including Turkey, Israel, Spain, and Germany, with overseas orders growing by 65% annually.

• Robust R&D capabilities: The company has established seven R&D departments, one research institute, and an academician workstation among other innovation platforms. It has been honored as a high-tech enterprise and a specialized, refined, distinctive, and innovative "little giant" enterprise, providing solid support for product technology upgrades.