General Solutions

Peak solar utilization efficiency

Photothermal co-design: solar utilization up to ~80%

Peak land-use benefit

2–3× land-use benefit vs conventional PV alone

Lower engineering investment

Roughly one-third lower CAPEX vs PV plus separate collectors for the same function

Maximized annual performance

Global thermal–electrical balance optimized for best annual yield

High quality and assurance

Backed by GCL PV supply chain quality, process, technology and service standards

AI optimization

Prioritizes PVT yield; cloud service with real-time monitoring

All-in-one function at lower cost

Heating, cooling and DHW in one, reducing duplicate investment

Full DC inverter, high efficiency and energy saving

Enhanced vapor injection: no heating degradation at -25°C, stable operation at -35°C

180° sine-wave inverter drive for smooth operation and low noise

Remote monitoring and cloud service with real-time tracking

Systematic operation management

R410A environmentally friendly refrigerant design

Full DC inverter, national Grade 1 energy efficiency

Dual enhanced vapor injection for cooling and heating

180° sine-wave inverter drive for smooth operation and low noise

Remote monitoring, cloud service with real-time tracking, and systematic O&M

Environmentally friendly refrigerant design

PID auto-regulation

Low-voltage start

Modular design: up to 16 units in parallel, 38–2560 kW heating capacity for district heating

Enhanced vapor injection for strong heating, stable down to -35°C

Compressors from leading brands for reliability

High-efficiency coaxial heat exchanger, outlet water up to 60°C

Low-noise fans and high-precision electronic expansion valves from leading brands

Staged capacity control, rotation operation, and backup operation

GPRS remote control, freeze protection, anti-icing base, intelligent defrost

R410A environmentally friendly refrigerant

Modular design for flexible configuration

Dedicated heat-pump compressor: efficient, low vibration

Imported EEV for precise, energy-saving control

Low-temperature-rise circulation heating for comfort and safety

Winter anti-freeze protection, easy maintenance

Centralized control, simple parallel operation

Triple overcurrent protection for safe use

Modular design for flexible configuration

Dedicated heat-pump compressor: efficient, low vibration

R410A environmentally friendly refrigerant

High-precision electronic expansion valve throttling

High-efficiency shell-and-tube water-side heat exchanger

Multiple protections for safe, stable operation

Dedicated pool heat-pump compressor, efficient and energy-saving

Separated water and electricity, anti-leakage design

Titanium coaxial heat exchanger, corrosion resistant

Intelligent defrost, efficient heating at low temperature

Multiple protections for safe, stable operation