Photovoltaic AC Combiner Box

As a top supplier, TOONICE specializes in superior photovoltaic AC combiner boxes.photovoltaic AC combiner BOX is an important part suitable for photovoltaic string power generation systems and undertakes the connection between string inverters and AC distribution cabinets or step-up transformers. The incoming line of this combiner box uses a circuit breaker for input and the output uses Circuit breaker or load isolation switch, the busbar is connected with secondary lightning protection. The system rated voltage is up to AC690V, and the protection level is IP65, which is the same level as the string inverter. It meets the requirements for outdoor installation and meets the requirements of waterproof, dustproof, Anti-ultraviolet, anti-salt spray corrosion, etc. This product greatly simplifies the wiring between the string inverter and the AC distribution cabinet or step-up transformer. The internal structure of this product is simple and clear, and the wiring is neat and reasonable. High reliability and simple maintenance. Outdoor wall-mounted installation can adapt to various harsh environments. In addition to standard materials and sizes, they can be customized according to user requirements.

Feature And Application of the photovoltaic AC combiner BOX

Features:

1. Integrated Components: Combines essential components such as circuit breakers, isolation switches, and surge protectors in one compact unit for streamlined installation and operation.

2. AC Voltage Protection: Includes advanced protection features to safeguard against over-voltage, under-voltage, and short-circuits, ensuring the safety and reliability of the photovoltaic system.

3. Efficient Power Distribution: Designed to consolidate and manage AC power from multiple inverters, optimizing the distribution and integration of solar energy into the grid.

4. Monitoring Capabilities: Equipped with monitoring systems to track the performance and status of the AC output, enabling real-time diagnostics and performance optimization.

5. Durable Construction: Built with high-quality, weather-resistant materials to withstand harsh environmental conditions and ensure long-term durability.

6. Modular Design: Features a modular layout for easy maintenance and expansion, allowing for the addition of more inverters or components as the system grows.

7. Thermal Management: Includes cooling systems or ventilation to manage heat dissipation, maintaining optimal operating temperatures for components.

8. Compliance and Safety: Adheres to international standards and certifications for electrical safety, ensuring compatibility with various grid requirements and regulations.

9. User-Friendly Interface: Designed with intuitive controls and indicators for easy monitoring and operation, simplifying system management.

10. Compact Size: Provides a compact and efficient solution for managing AC power in photovoltaic systems, making it suitable for various installation environments.

Applications:

1. Residential Solar Systems: Used to consolidate and manage the AC output from multiple inverters in home solar installations, enhancing energy distribution and grid integration.

2. Commercial Solar Installations: Essential for commercial buildings to efficiently manage and protect AC power from large-scale photovoltaic systems, supporting energy savings and sustainability goals.

3. Utility-Scale Solar Power Plants: Plays a critical role in large solar farms by consolidating and distributing AC power from multiple inverters, facilitating efficient grid integration.

4. Agricultural Projects: Supports solar energy systems in agricultural settings by managing and protecting AC power for irrigation, lighting, and other farm operations.

5. Remote and Off-Grid Locations: Ideal for remote or off-grid installations, providing centralized AC power management and protection for solar energy systems in isolated areas.

6. Building-Integrated Photovoltaics (BIPV): Integrates with building materials to manage and protect the AC output from solar energy systems embedded within architectural structures.

7. Microgrids: Contributes to microgrid systems by consolidating AC power inputs from solar inverters, enhancing the efficiency and reliability of localized energy networks.

8. Electric Vehicle Charging Stations: Provides centralized management for AC power in solar-powered EV charging stations, supporting sustainable transportation solutions.

9. Public and Recreational Facilities: Used in public buildings, parks, and recreational facilities to manage and protect AC power from solar energy systems, promoting green energy and reducing operational costs.

10. Energy Storage Integration: Compatible with energy storage systems to optimize the use of solar power by managing AC power before it is stored or distributed.

The Photovoltaic AC Combiner Box is a crucial component for managing and protecting AC power in solar energy systems, offering efficient power distribution and enhanced safety across various applications.