Product parameters

Product Name: Socket & Pin

Application for New Energy Electric Vehicles Connectors:

European standard IEC 62196-1/2/3, American standard J1772, Chinese standard GB 20234.1/2/3

Full set of charging connectors using sockets:

American standard J1772 uses pins. Sockets: 1.58mm; 2.8mm; 3.6mm European standard IEC 62196-1/2/3 uses pins and sockets: 3mm; 6mm

The national standard GB20234.1/2/3 uses pins and sockets: 3mm; 6mm

Electroplating specification: Silver plating

Materials: Brass, T2 copper Customized electroplating specifications and materials can be provided according to customer requirements.

In addition, we have a complete set of connector industry sockets:

1.5/3/5.7/6/8/9.07/10/12/14/15/16/18/20/22mm - 28mm

We can customize the specific current rating according to the customer's requirements.

Our company also has spring components for shielding purposes, which facilitate quick shielding of the interface.

Specifications: 35mm2, 50mm2, 75mm2, 90mm2, etc.

They can be customized according to the customer's individual needs.

Product Introduction

The High-Reliability Pin Header Connector for Energy Storage Systems is designed to provide stable and dependable PCB interconnections in energy storage equipment that operates continuously under complex electrical conditions. In modern ESS architectures, pin header connectors are widely used to connect control boards, monitoring modules, and power management circuits, where connection stability directly affects system safety and efficiency.

Energy storage systems such as battery racks, power conversion units, and energy management systems require connectors that can maintain consistent electrical performance over long service periods. YFS Technology (SZ) Co., Ltd develops pin header connectors specifically with energy storage applications in mind, focusing on contact stability, solder joint reliability, and compatibility with high-density PCB designs.

By optimizing pin structure and insulation materials, these pin headers help ensure reliable signal and power connections in both residential and industrial energy storage solutions.

Product Features

Designed for Continuous Operation

The pin header connector is engineered to maintain stable electrical contact in systems that operate 24/7, minimizing the risk of signal interruption or connection degradation.

Stable Electrical Conductivity

Each pin is manufactured with controlled geometry and surface treatment to ensure consistent conductivity and low contact resistance.

Secure PCB Fixation

The connector design supports firm anchoring to the PCB, helping reduce mechanical stress caused by thermal expansion or long-term operation.

Flexible Pin Configurations

Multiple pin counts and layout options are available, allowing integration into various ESS control boards and monitoring modules.

Compatibility with Energy Equipment Assembly

The connector supports standard PCB assembly processes commonly used in energy storage electronics manufacturing.

Product Advantages

Supports Safe Energy System Operation

Reliable pin header connections help ensure accurate data transmission between battery monitoring, control, and protection circuits.

Long-Term Reliability

Optimized materials and plating processes contribute to stable performance throughout extended service life, reducing maintenance requirements.

Suitable for Compact ESS Designs

The connector supports space-efficient PCB layouts, enabling higher system integration within limited enclosure space.

Simplifies System Integration

Standardized pin header interfaces make it easier to assemble, test, and maintain energy storage modules.

Connector Solution Support from YFS Technology

YFS Technology provides technical assistance to help customers select suitable pin header configurations for specific energy storage system requirements.

Product Applications

High-Reliability Pin Header Connectors are commonly used in energy storage systems, including:

Battery Management Systems (BMS)

Energy Management Systems (EMS)

Power conversion and inverter control boards

Battery monitoring and protection modules

Residential energy storage units

Industrial and commercial ESS installations

Renewable energy integration systems

Frequently Asked Questions (FAQ)

Q1: Why are pin headers used in energy storage systems?
A: Pin headers provide reliable PCB interconnections for control, monitoring, and communication circuits within ESS architectures.

Q2: Are these pin headers suitable for long-term continuous operation?
A: Yes. They are designed to maintain stable electrical performance during prolonged operation typical of energy storage equipment.

Q3: Can pin headers be used in BMS applications?
A: Yes. They are commonly used in BMS for signal communication, monitoring, and control connections.

Q4: Do these connectors support compact PCB layouts?
A: Yes. Their design supports high-density PCB integration, which is essential for modern ESS designs.

Q5: Does YFS Technology offer customized pin header solutions for ESS projects?
A: Yes. Pin count, length, layout, and structural options can be customized based on specific system requirements.