Electric Vehicle Auto Parts and EV Charge Components Manufacturer
1. Supports State Grid e-Charging platform;
2. Supports 48-tier electricity pricing, including off-peak rates;
3. Supports dual-gun flexible scheduling;
4. Supports dual-gun parallel charging, with maximum 600A charging capacity;
5. Integrated onboard metering;
6. Integrated dual-channel insulation detection circuit and high-voltage sampling circuit;
7. Integrated unlocking function;
8. Supports orderly charging;
9. Remote monitoring, remote diagnostics, and remote upgrades;
10. Supports Ethernet and multi-channel operation.
The OP-0516 DC Control Unit is a controller developed for DC charging stations, operating at DC12V.
It utilizes the RT-Thread embedded operating system and integrates high-capacity FLASH & RAM. The main control board integrates: 22 output channels, 10 input channels, 3 analog channels, 9 communication channels, 2 insulation detection and high-voltage sampling channels, 2 control guidance channels, 1 operating power supply channel, 1 4G communication channel, 1 Ethernet channel, 1 SD card slot, plus reserved slots for 1 CAN communication channel and 1 485 communication channel.
Key Features:
1. Supports State Grid e-Charging Platform
2. Supports 3-bus flexible scheduling (dual-gun flexible scheduling for 4 module groups)
3. Supports onboard 12/24V switching without external intermediate relays
4. Supports onboard insulation monitoring and high-voltage sampling without external insulation detectors or sampling modules
5. Supports onboard metering; if no external meter is required, this function can be used directly without connecting a meter
6. Symmetrical overall layout for convenient wiring
7. Screen and card-swiping signal cables use RJ45 (network port) connectors for plug-and-play operation, preventing wiring errors
8. Supports remote OTA (over-the-air) updates and remote operation and maintenance, enabling precise problem identification to reduce operational costs
1 Main Control Board Dimensions
External dimensions: 252.5mm (L) × 130mm (W) × 20mm (H).
2 Product Functions
(1) Capable of charging interaction with BMS, controlling charger status, collecting operational data, and automatically shutting down during abnormal conditions;
(2) Applicable to various DC charging stations including single-charger configurations, time-sharing dual-charger configurations, bus-coupled dual-charger configurations, full-power distribution dual-charger configurations, split rectifier configurations, and group charging setups;
(3) Features electronic lock control and temperature detection for charging guns, with independent detection and control for each gun;
(4) Compatible with power modules from Shenghong, Infor, Youyou, Yonglian, Tonghe, Xingyuan Borui, and others;
(5) Compatible with touchscreens from Diwen, Xinruida, and Xinxian to enable human-machine interaction;
(6) Supports serial card readers for card-based billing functionality;
(7) Integrates dual insulation detection circuit functionality;
(8) Integrates dual control guidance functionality;
(8) Integrates 2-channel battery voltage sampling;
(9) Records charging data with a capacity for up to 500 entries;
(10) Features backend communication capabilities for wireless transmission of status and data to monitoring systems, currently supporting platforms including YunKuaichong, Dakecloud, Weijing Cloud, Xiaoju, and State Grid e-Charging;
(11) Integrates Ethernet functionality;
(12) Integrated 4G expansion capability.
(13) Integrated NFC card reader functionality (optional).
(14) Main control board supports direct connection to 12V/24V auxiliary power sources without requiring additional intermediate relays.
3 Product Features
(1) High integration and compact size: Combines input/output, communication, analog signals, insulation detection, and control guidance into one unit, significantly reducing space occupied within the charging station;
(2) High electromagnetic compatibility: High EMC stability, achieving Level 4 electromagnetic compatibility;
(3) Supports multiple network backends: Enables rapid deployment and monitoring of proprietary charging networks;
(4) Strong compatibility: Compatible with all vehicle models meeting both new and old GB/T 27930 standards; compatible with LCD screens from major manufacturers; compatible with all electricity meters adhering to DL/T 645 and MODBUS protocols.
AUPINS specializes in providing one stop high-quality new energy electrical products for a wide range of applications, including electric vehicles, energy storage systems, and renewable energy infrastructure, EV Chargers, and electronic components. Our product line includes electrical connector CNC pins, EV charging connectors, battery energy storage connectors, Type 2, GB/T, Type1 J772, Tesla NACS AC DC electrical charging cables, and home AC chargers, Public DC chargers. All products are manufactured with precision, offering excellent conductivity, durability, and compatibility with global standards. Whether you are building an EV charging station or a battery storage system, AUPINS team ensure to supply safe, stable, and efficient hardware. AUPINS – a trusted partner in the future of clean energy Industry supply chain.
Yes. We have a professional Pre-sales service team and after-sales technical support. We are committed to customer-centered, and providing 24 / 7 effective response, quick response, flexibility, and reliability.
After we receive a deposit, we will arrange the sampling process. Our specialist will contact you and confirm the drawing, and arrange the production.
We will recommend our standard products according to your needs, and if they are not suitable, you can also customize them with separate drawings according to your needs.
Depending on the product and production capacity, the production cycle may vary. You can contact us to provide you with a detailed production cycle.
Our sales center is located in Nanjing, and manufacture factory facility is closely nearby.
Aupins manufacture facility owns the ISO 9001:2015 and TUV / CE certificates. Product quality is our responsibility to any customers.
Hyperboloid contacts are used in a variety of engineering and manufacturing applications, including aerospace, defense, telecommunications, and robotics.
They are particularly useful in applications requiring high load-bearing capabilities, stability, and resistance to wear and tear.
Hyperboloid contacts are often used in harsh environments where other contact mechanisms may fail, such as high temperatures, high pressures, and corrosive environments.
