Connector

1. Characteristics
·  High conductivity: Copper or copper alloy is used to ensure low resistance and high conductivity.
·  Weather resistance: Featured as waterproof, dustproof, UV resistant etc, suitable for outdoor environment.
·  Easy to install: Simple design with quick installation and maintenance.
·  Safety: Equipped with anti electric shock and anti short circuit functions, ensuring the safe operation of the system.

2. Type
·  MC4 connector: the most common and suitable for most photovoltaic systems, with good waterproof and weather resistance.
·  MC3 connector: gradually replaced by MC4, but still used in some old systems.
·  T-shaped connector: used for branch connection, facilitating parallel connection of multicomponents.
·  Y-shaped connector: used to merge two way currents into one, suitable for specific system designs.

3. Advantages
·  Efficient transmission: Design of low resistance reduces energy loss and improves system efficiency.
·  Durability: Weather resistant materials ensure long-term stable operation.
·  Safety: Anti electric shock&short circuit design ensure safe operation.
·  Compatibility: Standardized design, compatible with different brands and models of photovoltaic modules.

4. Application
·  Residential photovoltaic system: used for rooftop photovoltaic systems, connecting components and inverters.
·  Commercial photovoltaic system: suitable for large-scale commercial projects, connecting a large number of components.
·  Industrial photovoltaic system: used in industrial projects to connect high-power components and inverters.
·  Off grid photovoltaic system: used in remote areas to connect components, batteries, and inverters.