CCS is short for Battery Connection System. It is commonly used in power battery packs and energy storage batteries. Its main functions include: current transmission, collection of cell voltages, and collection of cell temperatures. It conducts real-time detection and monitoring, and transmits the collected signals to the BMS battery management system. Structurally, it is composed of components such as the diversion plate (aluminum sheet), (FPC, FDC, PCB), and insulating support (insulating film, thermoforming, plastic support). The process is much simpler. The traditional FPC hole plate manufacturing process requires more than 21-30 steps. However, the FDC method can complete the process in just 2 steps. 2. More environmentally friendly: The FPC production process involves numerous equipment and a long series of procedures, and it also requires a large amount of wastewater treatment. The FDC is manufactured through die-cutting technology, enabling zero pollution and zero emissions. 3. Compared with traditional FPC, the low-cost FDC has fewer production processes, no pollution, and is more efficient. It can effectively reduce the production and processing costs of products and significantly cut the procurement costs for customers by over 30%. 4. Advantages of FDC technology in line width and line spacing: Both line width and line spacing can reach 0.25 - 0.3mm. Performance guarantee: The performance is equal to that of traditional FPC products. The double 85 test for 1000 hours has been completed. Fuse: At local positions, the line width and line spacing can reach 0.15, thereby achieving the function of a fuse. Compared with FPC, the length of FDC can be more than twice that of FPC, and FDC can be as long as 2-3 meters. Purpose: It can be applied to various sub-components such as battery module, car seats, rearview mirrors, car lighting, sensing & signal systems, dashboard, engine & gearbox, audio-visual systems, etc.

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We can provide camera drone follow your requirements.

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On the vast ocean, fish attractors are crucial tools for fishermen to lure fish schools and conduct net fishing. When LED lights, known for their energy conservation and environmental friendliness, entered people's daily lives in thousands of households, the problem of low-cost heat dissipation for ultra-large power LED chips could not be effectively solved. Therefore, replacing traditional metal halide lights with LED lights in marine fishing is not an easy task.
Traditional metal halide lamps have high power consumption and consume a lot of energy. Moreover, the electricity for fishing vessels at sea is entirely provided by the diesel engines on board, which severely limits the time vessels can spend at sea and the amount of fish they can catch.
The fishing LED lights we developed use custom power supplies, with input voltages ranging from 180 to 400 volts. Each lamp has a power of up to 1200W and is equipped with an excellent heat dissipation system. Each set of lamp power supply and light source, along with the heat sink, weighs no more than 2 kilograms. Optically, it uses a 20-degree lens, which has excellent underwater penetration capabilities. Moreover, it is customized with different color temperatures for different fish species, achieving energy savings and precise fishing. It has been tested on fishing boats in Hainan Province and has been warmly welcomed by the fishermen.

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This product is developed based on years of professional experience in underwater non-imaging optics, optoelectronics, pressure-resistant sealing and marine engineering materials. Product features:
1. It has the functions of analog and digital signal dimming and color adjustment. Through the control of the upper computer, the intensity and color of the lighting can be adjusted to meet the needs of various new and old models of vehicles, and achieve lighting for multiple water areas.
2. It has selectable optical angles and is designed in a modular way. By selecting external optical accessories, it can switch between floodlight 115°, spotlight 75° and 35°, achieving low cost and lighting for multiple water areas.
3. It uses ultra-bright and high-power-density LEDs as the light source, capable of achieving a power range of 0 - 600W. It can be turned on immediately with a fast response, and has a small size, light weight, high brightness, low power consumption, long lifespan, and is green and pollution-free.
4. The lamp housing is made of high-strength aluminum alloy with hard anodizing treatment or titanium alloy material, enabling full-sea-depth usage from 0 to 11000 meters. It has an elegant and imposing appearance, is resistant to rust, corrosion and friction.
5. Pre-installed lamp brackets allow users to quickly achieve reliable installation, rotation, orientation and fixation between the underwater lamp and the vehicle.
Application scenarios:
1. Visual communication and lighting for underwater vehicles such as ROV, AUV, and HOR;
2. Survey and inspection of oil and gas mineral deposits on the seabed;
3. Underwater archaeology;
4. Underwater security;
5. Deep-sea cage aquaculture and marine ranching;
6. Survey and inspection of offshore wind turbine bases;
7. Water quality testing - microbial imaging;
8. Analysis of aquatic algae;
9. Coral protection observation.

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This product is developed based on years of professional experience in marine underwater imaging optics, optoelectronics, pressure-resistant sealing and marine engineering materials. Product features
1. Utilizing the underwater high refractive index imaging feature, it captures real-time images of underwater objects.
2. It supports fixed focus and adjustable focus, and allows remote adjustment of aperture and focal length.
3. It supports both analog signal and network digital signal transmission control, and supports end-to-end storage.
4. It comes with an underwater imaging system control software, including the following functions:
Real-time preview: Real-time preview of the shooting effect of underwater objects on the control room computer;
Real-time control: Real-time adjustment of aperture size, exposure time, shooting frame rate, etc.;
Flexible control: Single-frame shooting, video shooting, video screenshot.
Automatic recognition (optional): Automatic recognition and classification of user-specified target objects, such as fish, coral, underwater plants, seabed minerals, underwater engineering objects, etc., or automatic recognition and condition status indication of specific object surface abnormalities (such as oxidation, rusting, cracks, etc.).
5. The camera housing is made of high-strength aluminum alloy with hard anodizing treatment or titanium alloy material, enabling full-sea-depth usage up to 11,000 meters. It has an elegant and imposing appearance, is rust-proof, corrosion-resistant, and resistant to friction.
6. The camera is available in standard definition 720, high definition 1080P, and 4K ultra-high definition specifications, meeting the needs of various water body scenarios.
7. Pre-installed lamp bracket, allowing users to quickly achieve reliable installation, rotation orientation, and tightening between the underwater lamp and the carrier. Application scenario
1. Video and image capture of underwater vehicles such as ROV, AUV, and HOR;
2. Survey and inspection of oil and gas mineral deposits on the seabed;
3. Underwater archaeology;
4. Underwater security;
5. Deep-sea cage aquaculture and marine ranching;
6. Survey and inspection of offshore wind turbine bases;
7. Water quality testing - microbial imaging;
8. Observation and analysis of aquatic algae;
9. Coral protection observation;
10. Observation and research on underwater flora and fauna;
11. Underwater texture detection.

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