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IntelligentHybridSolarPowerSolution
Cost-Effective: Compared to conventional generators, the solar hybrid system significantly reduces fuel and maintenance costs, offering long-term economic benefits.
Low Maintenance Requirements: No need for frequent refueling or professional maintenance, minimizing human intervention, ideal for unmanned sites.
Flexible Customization: it can be tailored to specific power requirements and functions, adapting to various application environments.
Eco-Friendly and Sustainable: it utilizes renewable energy sources, reducing carbon emissions and aligning with green energy trends.
Easy Installation: it supports wall-mounted and hoop-mounted installation, simple setup that saves deployment time and costs.
Cost-Effective: Compared to conventional generators, the solar hybrid system significantly reduces fuel and maintenance costs, offering long-term economic benefits.
Low Maintenance Requirements: No need for frequent refueling or professional maintenance, minimizing human intervention, ideal for unmanned sites.
Flexible Customization: it can be tailored to specific power requirements and functions, adapting to various application environments.
Eco-Friendly and Sustainable: it utilizes renewable energy sources, reducing carbon emissions and aligning with green energy trends.
Easy Installation: it supports wall-mounted and hoop-mounted installation, simple setup that saves deployment time and costs.
Dimension: 450mm(W) × 170mm(D) × 640mm(H)
Weight: 30kg
Cooling Method: Fan cooled
Installation: Wall mounting or hoop mounting
MTBF: 200,000 hours
DC Input Voltage: 58-150V DC
MPPT Voltage Range: 60-120V DC
AC Input Voltage: 85-300V AC
Input Frequency: 45-66Hz
Power Factor: ≥0.99 (at 50% load)
System Efficiency: ≥96%
Output Voltage: -42 to 58V DC, rated -53.5V DC
Output Power: Max 6kW
Battery Support: Lead acid, lithium (LFP), or mixed use
Communication Interfaces: RS232/RS485, Ethernet, Bluetooth (optional 3G/4G)
Operating Temperature/Humidity: -20°C to +65°C, 5%-95% non-condensing
Working Altitude: 0-4,000 meters
Dimension: 450mm(W) × 170mm(D) × 640mm(H)
Weight: 30kg
Cooling Method: Fan cooled
Installation: Wall mounting or hoop mounting
MTBF: 200,000 hours
DC Input Voltage: 58-150V DC
MPPT Voltage Range: 60-120V DC
AC Input Voltage: 85-300V AC
Input Frequency: 45-66Hz
Power Factor: ≥0.99 (at 50% load)
System Efficiency: ≥96%
Output Voltage: -42 to 58V DC, rated -53.5V DC
Output Power: Max 6kW
Battery Support: Lead acid, lithium (LFP), or mixed use
Communication Interfaces: RS232/RS485, Ethernet, Bluetooth (optional 3G/4G)
Operating Temperature/Humidity: -20°C to +65°C, 5%-95% non-condensing
Working Altitude: 0-4,000 meters
Oil and Gas Pipeline Monitoring: For example, in the Central Asian Gas Pipeline project (Uzbekistan), it provides stable power for RTU and cathodic protection systems, ensuring pipeline safety.
Telecommunications Base Stations: it powers BTS equipment in remote areas to support network coverage, such as SPM sites in Bangladesh.
Industrial Surveillance Systems: Used for surveillance cameras and SCADA devices to enable remote data acquisition and control, e.g., powering MOVs in Abdaliya, Kuwait.
Scientific and Military Camps: it supplies off-grid power for research stations or military bases, adaptable to harsh environments.
Oil and Gas Pipeline Monitoring: For example, in the Central Asian Gas Pipeline project (Uzbekistan), it provides stable power for RTU and cathodic protection systems, ensuring pipeline safety.
Telecommunications Base Stations: it powers BTS equipment in remote areas to support network coverage, such as SPM sites in Bangladesh.
Industrial Surveillance Systems: Used for surveillance cameras and SCADA devices to enable remote data acquisition and control, e.g., powering MOVs in Abdaliya, Kuwait.
Scientific and Military Camps: it supplies off-grid power for research stations or military bases, adaptable to harsh environments.