Quality PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems factory
Quality PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems factory
Quality PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems factory

PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems

PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems
Basic Properties
Country Of Origin
China
Brand Name
ZOVIV
PRODUCT MODEL
T/PV 580
Trading Properties
Payment Method
D/P,D/A,L/C,T/T
Product Summary

T/PV T Type PVT Solar Thermal Hybrid Module High-Efficiency Solar PV and Thermal Energy Solution The T/PV T Type PVT Solar Thermal Hybrid Module is an advanced photovoltaic thermal (PVT) solution that integrates solar power generation and thermal energy collection into one module. By combining PV ...

Product Details
Highlight:

Solar Thermal Hybrid Module

,

Heat Pump Solar Thermal Module

,

PVT Solar Hybrid Module

Type: Low Temperature Flat Plate Collector
Backsheet Material: Color Coated Steel Sheet
Operating Temperature: -40~85°C
Working Pressure: 0.6MPa
Thermal Peak Power: 1708W
Weight: 66kg
Module Efficiency: 19%
Thermal Peak Efficiency: 0.67
Product Description

T/PV T Type PVT Solar Thermal Hybrid Module
High-Efficiency Solar PV and Thermal Energy Solution

The T/PV T Type PVT Solar Thermal Hybrid Module is an advanced photovoltaic thermal (PVT) solution that integrates solar power generation and thermal energy collection into one module.

By combining PV technology with a rear thermal collector, the system generates electricity and heat simultaneously, maximizing solar energy utilization. It is designed for low-carbon buildings, domestic hot water, building heating, commercial pool heating, and heat pump coupled systems.

Key Features

Dual Energy Generation

The PVT module collects solar heat while generating electricity, controlling the PV operating temperature below 55°C to improve power generation performance.

  1. Electricity + thermal energy output
  2. Comprehensive solar utilization up to 80%
  3. Higher efficiency than conventional PV systems

High-Efficiency Heat Transfer

Vacuum bonding technology tightly integrates the photovoltaic module and thermal collector, reducing thermal resistance and improving heat transfer efficiency by over 40%.

Advanced Thermal Insulation

The multi-layer insulation structure helps reduce heat loss and maintain stable thermal output.

  1. High-transparency cover plate
  2. Front heat loss reduction up to 70%
  3. High-density insulation material
  4. Long-wave reflective film for heat retention

Smart Energy Management

Built-in temperature sensors and intelligent controls support connection with building energy management systems for optimized heat collection and improved system efficiency.

Durable Structure

The module features:

  1. N-Type TOPCon high-efficiency solar cells
  2. High-purity aluminum heat transfer plate
  3. 6063-T5 aluminum alloy frame
  4. High weather-resistant sealant
  5. IP65 waterproof protection

Applications

Suitable for:

  1. Commercial hot water systems
  2. Swimming pool heating
  3. Heat pump integrated heating
  4. Residential and commercial building heating
  5. Renewable energy projects
PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems
                                                              PV/T Hybrid Module Electrical & Thermal Specifications 
                                                        Technical Parameters for PV/T 580, T/PV 580, and T/PV pro Models
Category / Parameter PV/T 580 T/PV 580 T/PV pro
Photovoltaic Parameters Dimensions (mm) 2279×1134×45 2318×1175×80 1800×1080×48
Weight (kg) 39 66 38
Max Power at STC (W) 580 500 336.3
Solar Cell Type Monocrystalline Multi-Busbar N-type TOPCon Monocrystalline Multi-Busbar N-type TOPCon Monocrystalline Multi-Busbar N-type TOPCon
Cell Quantity (pcs) 144 (6×24) 144 (6×24) 166mm×60
Operating Temperature (°C) -40~85 -40~85 -25~80
Max System Voltage (V) 1500V (TUV) 1500V (TUV) 1500V (TUV)
Open Circuit Voltage (Voc) / V 51.1 51.1 41.7
Max Power Voltage (Vmp) / V 44.5 44.5 34.1
Short Circuit Current (Isc) / A 14.3 14.3 11.3
Max Power Current (Imp) / A 13.1 13.1 9.86
Module Efficiency (%) 20 19 20
Thermal Parameters Thermal Peak Power (W) 1,533 1,708 1,389
Thermal Peak Efficiency 0.61 0.67 0.71
Fluid Capacity (L) 1.20 1.20 2.50
Fluid Medium Type Propylene Glycol / Ethylene Glycol / Water Propylene Glycol / Ethylene Glycol / Water Propylene Glycol / Ethylene Glycol / Water
Working Pressure (MPa) 0.6 0.6 0.6
Operating Method Indirect Expansion Indirect Expansion Indirect Expansion
Connection Size & Quantity G1/2 Male Thread, 2 pcs G1/2 Male Thread, 2 pcs G1/2 Male Thread, 2 pcs
Heat Exchanger Structure Tube-on-Sheet Type Tube-on-Sheet Type Tube-on-Sheet Type
Backsheet Material Color Coated Steel Sheet Color Coated Steel Sheet Color Coated Steel Sheet

PVT Solar Thermal Hybrid Module Low Carbon Heat Pump Building Energy Systems