In the field of unmanned boats, we have full chain and customized electrical system development and integration capabilities, which can cover the full range of electrical requirements for unmanned boats from energy supply, power control to perception interaction, and autonomous operation. We provide highly reliable and adaptable electrical solutions for unmanned boats of different tonnages (small reconnaissance boats, medium operation boats to large transport unmanned boats) and different application scenarios (security patrols, environmental monitoring, hydrological exploration, military reconnaissance).

Specifically, the core achievable electrical system modules include:

• Firstly, the energy and distribution system, which can be customized to meet the endurance needs of unmanned boats with lithium battery packs (including high rate cell selection, waterproof and explosion-proof packaging, BMS intelligent management), matched with compact DC distribution boards (with impact resistance, salt spray resistance, support for intelligent distribution and short circuit of multiple loads, insulation protection), to ensure stable energy supply;
• The second is the propulsion control electrical system, which can integrate propulsion motors (such as small permanent magnet synchronous motors, high-speed brushless motors), motor controllers, and full rotation/fixed rudder propeller electrical control units that are suitable for unmanned boats, achieve precise thrust adjustment, automatic heading correction, and support linkage with autonomous navigation systems to respond to real-time speed and steering commands of unmanned boats;
• The third is the * * perception and communication electrical system * *, which can integrate power supply and signal processing modules for sensors such as radar, sonar, high-definition cameras, GPS/Beidou positioning, etc., combined with anti-interference communication modules (such as 4G/5G, satellite communication, short-range data transmission radio), to achieve environmental data collection, situational awareness, and shore based/mother ship command transmission;
• The fourth is the * * autonomous control and monitoring electrical system * *, which develops a core control unit (ECU) adapted to unmanned boats, integrates hardware carriers for autonomous obstacle avoidance and path planning algorithms, and is equipped with miniaturized engine room monitoring terminals (supporting remote viewing of electrical parameters, fault alarms, and emergency control).

At the same time, it supports redundant design (such as dual power supply and dual communication links) to improve the reliability of the electrical system of unmanned boats when performing tasks independently.

Whether it is the electrical requirements for low power consumption and long endurance of civilian unmanned boats, or the strict requirements for electromagnetic interference and high environmental adaptability of special unmanned boats, modular combination and deep customization of electrical solutions can be achieved to provide full process services from core component research and development, system integration and debugging to later operation and maintenance support, building a solid electrical foundation for the autonomous, safe and efficient operation of unmanned boats.