Product Details
Place of Origin: China
Brand Name: OEM; MIDEA
Certification: CB, ISO
Payment & Shipping Terms
Product Name: |
V8 Master |
Capacity Range (Single Module): |
8–32 HP |
Capacity Range (Combination): |
8–96 HP |
Control System: |
META 2.0 |
Compressor Type: |
DC Inverter Compressor, Variable Speed Operation |
Power Supply: |
Dual Frequency 50/60Hz, Wide Voltage 180-440V |
Refrigerant Option: |
R32 Low GWP (GWP 675), F-Gas Compliant |
Product Name: |
V8 Master |
Capacity Range (Single Module): |
8–32 HP |
Capacity Range (Combination): |
8–96 HP |
Control System: |
META 2.0 |
Compressor Type: |
DC Inverter Compressor, Variable Speed Operation |
Power Supply: |
Dual Frequency 50/60Hz, Wide Voltage 180-440V |
Refrigerant Option: |
R32 Low GWP (GWP 675), F-Gas Compliant |
52°C High Ambient CE Certified Gold Fin Anti-Corrosion Sustainable Performance. Measurable Environmental Impact Engineered for the Buildings of Tomorrow.
The Midea V8 Master represents a paradigm shift in commercial building thermal comfort and environmental stewardship. Engineered with sustainability as a core design principle, this flagship VRF platform enables facility operators to reduce operational carbon emissions while maintaining precision climate control for mission-critical facilities.
The system leverages META 2.0 intelligent control ecosystem with 19 integrated sensors (SuperSense architecture) to continuously optimize energy consumption. Variable speed DC inverter compressor operation delivers up to 40% energy savings compared to conventional fixed-speed systems.
Second-generation Modular Embedded Thermal-control Algorithm acts as a continuous energy auditor, reducing unnecessary compressor run-time and lowering building carbon intensity.
Nineteen precision sensors monitor ambient conditions, ensuring peak ecological efficiency during all operating scenarios, especially partial-load conditions.
IP55-rated enclosure with Gold Fin anti-corrosion coating provides dust protection and salt spray resistance for extended operational lifespan and reduced lifecycle footprint.
Extended piping distances enable centralized climate management across sprawling developments, reducing total refrigerant charge and minimizing leak risk.
Maintains full heating capacity down to -30°C, eliminating need for fossil-fuel backup boilers and supporting net-zero carbon certification goals.
Multi-layer redundancy architecture reduces unplanned downtime and extends service intervals, ensuring consistent environmental performance.
| Scenario | Sustainability Relevance |
|---|---|
| Data Center Cooling VRF | Redundancy architecture prevents emergency generator use; precision cooling reduces PUE ratio |
| Hospital VRF System | All-electric heat pump eliminates on-site combustion emissions; individual zone control for patient areas |
| Hotel VRF Solution | Multi-zone independent temperature control; simultaneous heating and cooling capabilities |
| Large Commercial Complexes | Centralized efficiency reduces per-tenant carbon allocation; supports GRESB and CDP reporting |
| Region | Application |
|---|---|
| Middle East / GCC | GCC climate VRF engineered for desert operation; rated for 52°C+ ambient; SASO and ESMA certified |
| Europe | European standard VRF, CE certified; ERP compliant; F-Gas regulation ready with R32 refrigerant |
| Africa | Wide voltage 180-440V for grid instability tolerance; generator compatible for unreliable mains |
| Southeast Asia | Tropical VRF system rated for monsoon climate; Gold Fin coating for coastal-resistant performance |
| Parameter | V8 Master |
|---|---|
| Capacity Range (Single Module) | 8-32 HP |
| Capacity Range (Combination) | 8-96 HP |
| Control System | META 2.0 |
| Compressor Type | DC inverter compressor, variable speed |
| Energy Saving | Up to 40% vs. conventional systems |
| Protection Rating | ShieldBox IP55 |
| Max. Piping Length | 2,000 m (HyperLink) |
| Low-Temperature Heating | EVI, down to -30°C |
| Power Supply | Dual frequency 50/60Hz, wide voltage 180-440V |
| BMS Protocols | Modbus RTU, BACnet |
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