Against the backdrop of booming AI large models and intelligent computing infrastructure, fuses serve as the critical circuit protection component for high-power AI servers and industrial servers. As a professional fuse supplier and distributor, the company provides high-voltage DC fuses and smart fuses featuring high breaking capacity, fast response, miniaturization and full-scenario adaptability. Driven by the rapid growth of server demand, fuse technologies are advancing toward high voltage, intelligence, integration and liquid cooling adaptation, while domestic substitution accelerates. System-level fuse protection solutions effectively enhance the safety and reliability of server systems, supporting the stable development of digital infrastructure and intelligent manufacturing.

DC contactors are critical core components in AI power supply systems, widely applied in AI data centers (AIDC), AI servers, high-voltage DC power supplies, energy storage UPS, and edge/vehicle-mounted AI equipment. Their core functions include high-voltage power distribution, load switching, surge suppression, overcurrent protection, and battery charge discharge control, with good adaptability to 48V/800V HVDC architectures, high power density and millisecond-level load fluctuations. Equipped with advanced arc extinguishing, intelligent control, low contact resistance and long mechanical life, they ensure the stability, safety and reliability of AI infrastructure. Driven by AI development, demand for higher voltage, current, reliability and intelligence of DC contactors is growing, promoting their evolution toward higher ratings, intelligent monitoring, low power consumption and integration. Proper selection of DC contactors is essential for the stable operation of AI servers and data center power systems, supporting the sustainable development of the AI industry.

Against the backdrop of accelerating global energy transition, surging demand for new energy infrastructure in Europe and the Middle East, together with China’s policy support for energy storage and EV charging sectors, has boosted the market for core power components including DC contactors and fuses. Driven by robust overseas demand, China’s related exports saw a sharp year-on-year increase in Q1 2026, while global and domestic new energy storage installations are expected to grow substantially in 2026. Higher technical requirements have been put forward for these components to adapt to high-voltage, fast-charging and long-cycle scenarios. With the accelerating localization of domestic high-voltage DC contactors, the industry will move toward higher integration, lower power consumption and intelligence, further underpinning the high-quality development of the global new energy industry and low-carbon energy system.

As a wholly-owned subsidiary of Delta Electronics, Cyntec has evolved into a high-density integration solution provider with core strengths in powder metallurgy and SiP technologies. It focuses on three major product lines: magnetic components, power modules, and resistor sensors, serving high-growth fields including AI computing and 800V new energy vehicles. Its TLVR inductor technology supports ultra-high current for high-performance GPUs, while highly integrated power modules deliver miniaturization and reliability for automotive ADAS, OBC and DC-DC systems. For 800V BMS applications, Cyntec provides high-precision, high-power sensing solutions that meet strict automotive safety standards. With dedicated product solutions for 2025–2026, the company will continue material and process innovation to empower global development in AI, new energy vehicles and industrial automation.

On Dec 31, 2025, Biaodi launched the PFC-1500V series intelligent fuses (2000A/3000A), solving the global three-level protection dilemma of energy storage systems. Traditional fuses suffer from disordered protection sequences and soaring O&M costs due to their structure; the new product features ultra-low I²t (＜2% of traditional ones), breaks the "low temperature rise-fast breaking" bottleneck, and supports flexible parameter configuration. It reshapes energy storage protection logic, strengthens safety barriers, and boosts the safe, efficient and green development of new energy storage.

To address AI servers’ and data centers’ growing demands for high power density and thermal efficiency, Cyntec has launched a comprehensive HVDC-focused solution for AI servers and switches. Key offerings include high-efficiency power chokes (with enhanced saturation current and low loss), miniaturized power modules, liquid-cooled busbars (up to 50Vdc/8000A), and fast-response e-Fuses. This one-stop solution meets next-gen AI/HPC infrastructure’s performance and safety needs, advancing data center energy efficiency.

Empowering the Upgrade of Software-Defined Vehicles, Cyntec’s Three Core Products Solidify E-Mobility Advantages — High-performance Inductors ensure stable signal transmission and power supply for ECUs; high-current power chokes help OBCs and DC-DC converters reduce interference and improve efficiency; high-precision shunt Sensors provide accurate current data for BMS and traction inverters. Leveraging its technical accumulation in magnetic and passive components as well as advanced simulation tools, Cyntec’s products balance efficient power conversion, lightweight design and strict AEC-Q standards, helping automakers balance vehicle performance and costs and accelerate the launch of next-generation e-Mobility solutions.​

The global electronic components market is seeing strong growth, driven by renewable energy adoption and electric mobility. Demand for DC contactors, fuses, capacitors, and connectors is rising across EVs, solar power, energy storage, industrial automation, and telecommunications, supported by the global shift toward clean energy, electrification, and advanced power protection systems.

The Battery Management System (BMS) is the brain of an electric vehicle (EV) or energy storage system, ensuring battery safety, performance, and longevity. However, like any critical component, BMS failures can lead to reduced efficiency, safety hazards, or even catastrophic battery damage.

Electric vehicles (EVs) are revolutionizing transportation with cleaner, more efficient technology. But what makes an EV’s powertrain work? Unlike traditional internal combustion engines, EVs rely on sophisticated electronic components to manage power delivery, efficiency, and safety.

In modern vehicles, electric motors play a crucial role in various systems, from powering electric cars to controlling auxiliary functions like power windows and cooling fans. However, these motors cannot operate efficiently without a critical component—the Automotive Motor.

From smartphones to electric vehicles (EVs) and renewable energy storage, batteries power our modern world. But have you ever wondered how these batteries stay safe, efficient, and long-lasting? The answer lies in a crucial technology called the Battery Management System (BMS).