Next-Generation Hybrid Solar Technology for Power + Heat
Core Highlights
1
High-Efficiency N-Type Power Generation — Stable, Reliable Output
2
Uniform Temperature Heat Collection — Dual Energy Efficiency Upgrade
3
Reinforced Protection — Engineered for Harsh Environments
Why PVT Type E?
Traditional solar systems face a major challenge:
PV panels generate electricity, but most of their heat is wasted.
Solar thermal systems produce heat, but cannot supply electricity.
As a result:
Energy utilization remains low
Module temperature rises, accelerating aging
Power output decreases due to "hot spot effect"
PVT Type E completely breaks this limitation.
It integrates photovoltaic + photothermal technologies within one module, functioning both as a power station and a thermal energy plant, pushing the overall solar utilization rate up to 60% and enabling a true high-efficiency, low-carbon energy system.
Four Core Advantages
1. Dual-Energy Synergy — Zero Energy Waste
Integrated thermo-PV coupling technology
Real-time temperature control keeps the module below 45°C
Solves hot-spot and high-temp power decay
Extends system lifespan and improves long-term ROI
📌 Result: Up to 50% higher total energy yield compared to traditional PV.
2. Vacuum Lamination — Stronger Thermal Output
A vacuum-assisted lamination structure provides:
Lower thermal resistance
Faster heat transfer
Up to 40% higher thermal utilization efficiency
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技术规格
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Max. PV Power (STC)580 W
电池类型144-cell N-type TOPCon
Efficiency22.44%
Max. System Voltage1500V (TÜV)
Thermal Parameters
Peak Thermal Power1180 W
Heat Exchanger Capacity1.2 L
MediaGlycol solution / water
工作压力0.6兆帕
Heat Exchanger MaterialCopper
Physical Parameters
Dimensions (mm)2279 × 1134 × 45
重量39 kg
Operating Temp-40°C ~ 85°C
ProtectionIP65
集装箱装载616 units / 40ft
🌍 Application Fields
Low-temperature radiant heating
Swimming pool heating
Seasonal thermal storage
Heat pump hybrid systems
Building electricity + heating/cooling integration