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5kWp/ 32m² Roof Surface Area Required For UTICA® UTC-5 Solar Energy System. Grid-Tied Connection 5kWp Photovoltaic Modules.
- List Price:SGD $9,800.00
- Price:SGD $7,840.00
- You Save:SGD $1,960.00 (20%)
Quality Assurance - Offers a 10-year performance warranty service.
(Note: The pictures in the text are for illustration only. The actual product may differ from the website or promotional materials.)
After the order is confirmed, we will provide physical images to ensure that the purchased products are consistent with expectations. Welcome to click the link to view more real photos of the products.
UTICA® photovoltaic modules adopt the latest generation of heterojunction (HJT) solar cell technology and have the following core advantages:
- Ultra-low internal resistance significantly enhances energy conversion efficiency
- The system's rated voltage exceeds 1000V, meeting the requirements of various high-power applications
- The anti-induced attenuation (PID) design ensures stable operation even in harsh weather conditions
- Extremely low temperature coefficient, efficient power generation all day long, ensuring the maximization of system capacity
To support users with DIY needs, we have specially launched a one-stop installation support service package, which includes:
- 90 minutes of real-time remote technical support (WhatsApp/wechat/Skype)
- Detailed system design schematic diagrams and wiring diagrams
- Complete component set: solar panels, inverters, optimizers, structural brackets and a full set of installation accessories, suitable for efficient power generation systems in home and office scenarios
- SGD $7,840.00
In Stock
technical details
Photovoltaic Modules
Solar Panel 600Wp: 9units, Size: 2172 x 1303 x 35mm, Weight: 30.6kg/unit
Gird-Tied Inverter 6kW: 1unit, Size: 553 mm x418 mm x 175mm, Weight: 20.0kg
DC MCB 32A 1000VDC: 1pc, Size: 81 x 108 x 68mm, Weight: 0.5kg
DC SPD 1000VDC 2P: 1pc, Size: 81 x 54 x 68mm, Weight: 0.5kg
Switch waterproof protective box：1pc
DC Cable(4mm): 20m
AC Cable(4mm): 5m
Mid Clamp(35mm): 12sets
End Clamp(35mm): 8sets
Aluminum Rail (3000mm): 7sets
Rail Connector(200mm): 10sets
(Estimated, subjected to changes)
Equipment and Components
UTICA® Configuration scheme for high-performance solar energy systems
UTICA® Committed to providing high-efficiency, stable and reliable photovoltaic solutions, all equipment and components are made of high-quality materials to ensure the long-term operation and outstanding performance of the system.
☀️ Core power generation component
- Total system capacity：5.4kWp
- Estimated land area： 32 m²
- Power of a single component：600 Wp（HJT）
- Component quantity：9pcs
⚡ Core power equipment
- Rated power of grid-connected inverter：6kW
- Maximum input voltage of the inverter：600 V
- Supports high-voltage input design to achieve fewer loop configurations and higher efficiency
⛨ System security protection component（UTICA® brand）
- Dc miniature circuit breaker: 1000VDC / 32A
- Dc surge protector：1000 VDC / 40kA
️⏫ System energy efficiency improvement component（UTICA® brand）
- Optimizer Suite：Rapid 800
⚒ System structure supports the product
- Medium-pressure fixture
- Side pressure fixture
- Aluminum alloy guide rail
Characteristics
- 10-year warranty for quality & performance
- High performance and efficiency
- Easy commissioning with the “Quick Configuration Guide”
- Complete on-grid management
- Scalable solar module connections
Feature
- Anti-occlusion and anti-PID design
Effectively suppress the attenuation of LID and PID, reduce power loss, and ensure the long-term stable output of components.
- Ultra-low attenuation rate
Industry-leading low attenuation performance ensures higher product reliability and service life.
- Green manufacturing, sustainable development
Full-process green production promotes the sustainable development of clean energy.
- Recyclable design
The components can be recycled, extending their life cycle and reducing environmental impact.
- High-efficiency power generation system
The power generation efficiency of the UTICA system has increased by more than 20%, far exceeding that of traditional photovoltaic solutions.
