3UP Energy
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| Application | Home, Commercial, Industrial | Load Power (W) | 3 kW, 50 kW, 30 kW, 8 kW, 6 kW, 20 kW, 5 kW, 10 kW |
| Mounting Type | Roof Mounting, Ground Mounting | Solar Panel Type | Monocrystalline Silicon |
| Battery Type | Lithium Ion | Controller Type | MPPT |
| Pre-sales project design | Yes | Output Voltage (V) | 110/220/230/240/380/400V |
| Work Time (h) | 12 hours | Output Frequency | 50/60Hz |
| Type | On-grid solar energy system | Product name | On-grid Solar Power System |
| Capacity Guarantee | 25 years | Installation Warranty | 2-5 years |
| Solar Panel Warranty | 12 years | Inverter Warranty | 5 years |
Our engineering team has extensive experience in designing turnkey photovoltaic solutions and can actively provide detailed installation planning for new projects.
With reliable engineering and technical support, we help our clients complete solar photovoltaic projects efficiently and rapidly.
Primary Application: Road engineering, municipal roads, parks, and stadiums.
Specifications: LiFePO4 batteries (optional 3.2V | 12.8V | 25.6V), Controller (Independent MPPT or PWM), MONO solar panel (10W~150W).
Primary Application: Road engineering, municipal roads, parks, and stadiums.
Specifications: Independent battery box (with MPPT control), suitable for important engineering projects with actual output watt ≤ 160W.
Installation: Wall installation, pole installation. (Different installation methods require corresponding accessories).
Primary Application: Rural roads, residential areas, and domestic courtyards.
Specifications: Different wattage configurations require different photovoltaic panels and batteries.
Specifications: Wide voltage and narrow voltage configurations are available. Features variant configurations for isolated/non-isolated designs and ordinary vs. brand drivers.
Primary Application: Factories, warehouses, cold storage facilities, and stadiums.
Specifications: SKD option is available.
Specifications: Designed for high-end stadium configurations. Lighting simulation design is available upon request.
After the production of all lamps, they are subjected to unified debugging.
Each solar lamp is tested specifically for photovoltaic panel charging efficiency.
Systems must pass multiple aging tests before final clearance.
1) Aluminum alloy or galvanized steel brackets are firmly anchored on reinforced concrete foundations.
2) The optimal tilt-angle design maximizes daylight exposure on the solar modules.
3) This critical setup builds the core support foundation for ground-based solar power stations.
Align the solar panels perfectly with the mounting rails, keeping structured and consistent spacing between modules to ensure optimal ventilation and light absorption.
Secure panel frames to mounting rails using corrosion-resistant bolts, checking torque specifications to prevent structural loosening.
Wire the modules in series or parallel as per technical specifications. All cables are routed securely through protective conduits leading to the inverter or combiner box.
Verify all mechanical fasteners, electrical connections, and alignment parameters to ensure structural integrity and compliance before power commissioning.
