High-performance surge protection and circuit control systems engineered for global compliance.
Traditional electrical infrastructure is undergoing a massive digital transformation. The integration of IoT capabilities directly into Miniature Circuit Breakers (MCBs) represents a critical leap forward in safety, efficiency, and operational intelligence.
As global energy demands escalate and decentralized power sources like solar PV and EV charging networks proliferate, standard thermal-magnetic circuit breakers are no longer sufficient. Modern enterprises require real-time telemetry, remote actuation, and predictive diagnostics to prevent downtime and optimize energy consumption. By combining robust physical circuit protection with high-speed WiFi and IoT connectivity, Smart Remote Circuit Breaker MCB WiFi systems act as the intelligent edge nodes of the modern smart grid.
These devices do not merely trip during a fault; they actively monitor voltage fluctuations, current leakage, power factor, and temperature. This continuous stream of granular electrical data allows facility managers and grid operators to identify inefficiencies, predict equipment failures before they occur, and execute safe remote isolation protocols from anywhere in the world.
Our smart circuit breakers are engineered with a multi-layered communication and control architecture designed for maximum interoperability, security, and low-latency response times.
Equipped with dual-mode 2.4GHz WiFi and Bluetooth Low Energy (BLE) chipsets for seamless provisioning. Supports integration with industry-leading IoT ecosystems including Tuya, Smart Life, and MQTT protocols for custom enterprise clouds.
Embedded Class 1.0 energy metering ICs deliver real-time monitoring of Active Power (W), Reactive Power (Var), Voltage (V), Current (A), and Leakage Current (mA) with accuracy levels exceeding standard industrial requirements.
Local microcontrollers execute safety trip algorithms independently of cloud connectivity. If a critical overvoltage, undervoltage, or overcurrent threshold is breached, the device trips locally within milliseconds, ensuring absolute protection.
As the IoT landscape transitions toward unified standards, our R&D roadmap includes native support for the Matter protocol over Thread. This will allow our smart MCBs to integrate seamlessly with diverse building management systems (BMS) and smart home platforms without proprietary gateways, reducing deployment costs and eliminating vendor lock-in.
Deploying smart remote circuit breakers across key industrial and commercial verticals to drive efficiency, safety, and compliance.
Protect and monitor high-voltage DC and AC circuits in solar arrays. Our smart breakers coordinate with DC SPDs to isolate faulty strings remotely, preventing thermal runaway and optimizing yield tracking.
Manage power allocation and prevent grid overload at EV charging stations. Smart MCBs enable dynamic load balancing by scheduling charging cycles and monitoring for ground faults or overcurrents in real-time.
Eliminate costly truck rolls to remote cellular towers and data centers. If a transient fault occurs, the smart reclosing MCB automatically tests the line and restores power, maintaining uptime for critical networks.
Zhejiang Shuorui Electric Co., Ltd. is located in Liushi, Wenzhou, Zhejiang, the electrical capital of China. It is the core area of the electrical industry and gathers many excellent electrical companies and rich industry resources. As a modern company integrating R&D, production and sales, Shuorui Electric is committed to providing customers with high-quality electrical products and solutions.
The company always adheres to the business philosophy of "the most cutting-edge technology, the best quality, the most sincere service, and the most favorable price", striving to maintain a leading position in the fierce market competition. In order to achieve this goal, Shuorui Electric has continuously increased its investment in technology research and development, established a high-quality R&D team, focused on the development of new products and technological innovation, and ensured that the company is always at the forefront of the industry.
Each product produced by the company is carefully designed, with a novel and beautiful appearance, in line with modern aesthetics, and high efficiency and reliability in function. Our products have entered most of the domestic and foreign electrical markets at reasonable prices, winning the trust and support of our customers.
Leveraging advanced manufacturing automation and the dense industrial ecosystem of Wenzhou to deliver unmatched reliability and cost efficiency.
Our production facility utilizes state-of-the-art Surface Mount Technology (SMT) lines for precise placement of IoT microchips and sensors, minimizing human error and ensuring uniform product quality.
In the production process, Shuorui Electric strictly controls every link, from the purchase of parts to the delivery of the whole machine, and has established strict quality inspection standards. The company has introduced advanced production equipment and technology to ensure that every product can meet international standards.
Located in Liushi, Wenzhou, we have direct access to premium raw materials, from high-conductivity copper components to advanced silver-alloy contacts, ensuring stable lead times even during global supply chain disruptions.
Take a virtual tour of our state-of-the-art manufacturing facility, automated assembly lines, and dedicated R&D testing laboratories.
Ensuring seamless integration into regional power grids with comprehensive international certifications.
Operating in the global electrical market requires strict adherence to diverse safety and performance standards. Shuorui Electric products are engineered and certified to meet the rigorous demands of international regulatory bodies.
Our smart circuit breakers, surge protective devices (SPDs), and automatic voltage protectors comply with CE, CB, RoHS, and TUV standards, ensuring safe deployment across Europe, South America, Asia, and beyond. We provide comprehensive localized technical support, including grid code customization (adjusting voltage and frequency thresholds to match local utility profiles) and multi-language documentation.
Tailored engineering and manufacturing services for global distributors, system integrators, and brand owners.
Custom laser engraving, pad printing, and bespoke packaging designs to align with your brand identity and market positioning.
Integrate our smart breakers directly into your proprietary software platforms via custom API/SDK development and MQTT configurations.
Tailor trip curves, auxiliary contact configurations, and terminal designs to meet specific regional installation standards.
Optimized supply chain workflows offering competitive Minimum Order Quantities (MOQs) and reliable global shipping options.
Expert insights into the installation, configuration, and safety of smart remote circuit breakers.
Unlike traditional thermal-magnetic MCBs that only trip during active faults, a WiFi smart circuit breaker provides real-time telemetry (voltage, current, power, leakage), remote control capabilities, automated scheduling, and predictive maintenance alerts. This allows for proactive energy management and significantly reduces system downtime.
No. The safety trip mechanisms (overcurrent, overvoltage, undervoltage, leakage) are executed locally by the device's onboard microcontroller. If a threshold is breached, the breaker will trip instantly within milliseconds, regardless of whether it is connected to WiFi or the cloud.
Yes. Our devices support standard Modbus RTU (via RS485) and MQTT protocols, allowing seamless integration into industrial SCADA systems, commercial BMS, and custom enterprise Energy Management Systems (EMS).
Security is paramount. Our smart breakers feature hardware-level manual override switches and physical lockout mechanisms. When locked manually for maintenance, remote switching commands are completely ignored by the hardware. Additionally, all data transmissions are encrypted using enterprise-grade TLS protocols.
Yes, we provide extensive OEM/ODM services. We can customize the firmware to accommodate regional grid standards (e.g., 110V, 220V, 240V, or 380V three-phase systems) and adjust over/undervoltage trip thresholds to match local utility requirements.
Explore our full range of industrial-grade electrical protection and smart control devices.
Srochn