SYNOELEC
Leader in intelligent electrical integration solutions
Brand Philosophy
POWER SOLUTIONS, TOTAL SAFETY
Based on a coordinated platform integrating pyrotechnic / smart fuses, relays, BMS, and BDU, Synoelec upgrades circuit protection from component-level assembly to system-level protection. It provides comprehensive and reliable protection solutions for new energy vehicles, solar-storage systems, and data centers, establishing new benchmarks for high-voltage safety.
Brand Character
Synoelec embodies the engineering spirit, combining respect for technology with continuous exploration.
Brand Value
With exceptional expertise and continuous innovation, Synoelec aims to become a trusted technology partner and safety foundation for energy and digital infrastructure, supporting a more efficient and sustainable electrified future.
Trust
Providing one-stop innovative solutions.
Benchmark
Setting professional standards and driving industry progress.
Empowerment
Supporting energy transition and enabling a greener future.
Brand Story
Safety Begins with Perseverance in Original Aspiration
In 2016, an innovative seed quietly sprouted in the ancient capital Xi’an. With its extraordinary vision, Sinofuse Electric nurtured Sinok — a brand destined to drive transformation in the electrical industry.
In 2021, Sinok founded the Xi’an Sinok New Energy Technology Research Institute, engraving R&D and innovation into its brand DNA. Today, Sinok boasts a core product portfolio including excitation fuses, smart fuses, relays, BMS, and BDU, providing robust impetus to new energy vehicles, constructing intelligent protection for PV and energy storage systems, and creating unbreakable safeguards for data centers.
The story of Sinok is one of adhering to original aspirations, breaking through difficulties, and a group of dream-chasers contributing to the new energy industry with professionalism and dedication.
Technical Advantages
Outstanding Active Protection Capability
Controllable Protection Technology: Receives system control commands and actively disconnects at zero or low current, covering scenarios such as power cutoff during EV collision and overcharge protection of energy storage batteries. Full-Range Protection Technology: Achieves 0~30kA full-range breaking capacity, solving industry challenges including PV small current backfeed, energy storage cascading protection, and EV low-multiple overload protection. Multi-Loop Synchronous Disconnection: Meets collaborative protection requirements for complex topologies such as three-phase AC sides of electric drives.
Extreme Withstand and Breaking Performance
High Short-Time Withstand Technology: Uses Maxwell simulation for electromagnetic force, Holm force, Lorentz force and compensation force matching to optimize design. Short-circuit withstand capability is further enhanced under the same product volume. High Breaking Capacity Technology: By using arc motion analyzers and high-speed cameras, this technology captures arc paths and monitors voltage-current relationships. Multi-dimensional technological innovation effectively raises the upper limit of voltage and current breaking. Low Resistance Technology: By using contact resistance analyzers, we study the influence of materials, pressure, contact form, spot quantity and process parameters on resistance. Through low-resistance materials, optimized contact structures and high-cleanliness control, contact resistance is greatly reduced.
Integrated and Intelligent BDU Architecture
Wiring-Free Design: Modular layout of core components + overmolding injection process, reducing circuit redundancy and structurally lowering failure risks. Electronic Pre-Charging Instead of Mechanical Solutions: Innovatively adopts electronic pre-charging to avoid relay fatigue failure at the source and improve space utilization. Intelligent BDU Solution: Integrates core BMU functional modules, enabling real-time data communication and precise remote control. Equipped with an autonomous safety protection mechanism, it provides comprehensive safeguarding for the stability of the power distribution system.
Research and Development Quality
R&D Team
150
R&D personnel
40%
With master’s degree or above
45%+
With more than 10 years of experience
CNAS
Testing Center
2800㎡
Area
300+
Testing Equipment
Supports
DC 2000V / 50kA breaking tests
Intellectual Property
200+
Patents
50+
Invention Patents
20+
Overseas Patent Authorizations
Future Development
