Panel Branch Connector TDC-T2/T3/T4/T5/T6

Technical Data

Core Functions

(1) Electrical connection function
Precision-designed metal contacts are used to achieve low-resistance connections, reduce power transmission losses, avoid local overheating, and ensure electrical safety.
(2) Safety Locking Mechanism
Equipped with an integrated locking clamp, it automatically locks when docked to prevent accidental disconnection due to external factors such as wind, vibration, and collision, ensuring continuous and stable power transmission.
(3) Environmental protection capabilities
In the docked state, it can reach IP65/IP67/IP68 high protection level, effectively blocking the intrusion of dust, rain, and dew, avoiding corrosion and short circuit of internal metal parts, and extending service life.

Diversified Configuration

In addition to basic plugs and sockets, it also includes variants such as branch connectors, test plugs, and device connectors to meet the different wiring requirements of photovoltaic systems and improve installation layout flexibility.

 Product Features

(1) High electrical performance
Supporting a maximum rated voltage of 1500V DC, it is suitable for large-scale photovoltaic power plants with large-scale power generation and long-distance transmission needs, ensuring insulation performance and transmission stability under high voltage conditions.
(2) Excellent weather resistance
The shell is made of impact-resistant material, and is resistant to UV rays, ammonia, and salt spray corrosion. It also has a wide applicable temperature range and can adapt to harsh outdoor environments such as wind, sand, high and low temperatures.Long-term reliability
Relying on advanced connection technology, the contact resistance remains extremely low and stable throughout the entire life cycle, reducing power loss, lowering the probability of failure, and ensuring long-term and efficient operation of the system.
4. Easy to install
Provides two installation methods: crimping and tool-free, which simplifies on-site processes, shortens installation time, reduces labor intensity, and facilitates subsequent maintenance and replacement.

Application Areas

(1) Large-scale ground-mounted photovoltaic power stations
It performs reliably in harsh environments such as deserts and high altitudes, resisting the effects of wind, sand, high temperatures, and low air pressure, ensuring continuous power generation in power stations.
(2) Distributed photovoltaic systems
Suitable for commercial, industrial, and residential rooftop photovoltaic installations, it meets the needs of different rooftop environments with its flexible configuration and convenient installation.
(III) Special environment applications
It can operate stably in coastal saline-alkali areas (resistant to salt spray corrosion) and high-altitude areas (resistant to low temperatures and strong ultraviolet rays), providing a reliable connection solution.
(4) Building Integrated Photovoltaics (BIPV)
With its compact size and flexible installation, it can be tightly integrated with building structures (roofs, walls, awnings, etc.), helping to integrate green buildings with renewable energy.
(V) Other applications
It has been expanded to emerging scenarios such as solar carports (transmitting electricity to energy storage or power-consuming equipment) and solar charging piles (providing clean electricity for electric vehicles), and has a wide range of adaptability.