UniWave Electric
UniWave Electric
Engineered to deliver high operational reliability, transient isolation, and advanced electrical safety across global power distribution systems.
As smart city initiatives, microgrid architectures, and industrial internet (IIoT) applications transition from theoretical frameworks to deployment realities, the electrical control sector demands switches that offer more than simple physical connection. Today's commercial, residential, and industrial environments call for intelligent remote control switches capable of sub-millisecond trip speeds, remote actuation over cellular and wireless mesh protocols, and robust electrical protective coordination.
Our solutions bridge the gap between traditional electrical switchgear and state-of-the-art automation. Through continuous R&D and strict adherence to international safety metrics, UniWave serves as a reliable manufacturing partner for utility providers, industrial facility managers, and distributors worldwide.
Our switchgear and wireless relay control networks are certified under the most rigorous national and continental boards:
From remote industrial operations to modern smart grids, our systems provide clean actuation, precise overload protection, and reliable telemetry.
Our WiFi Smart MCBs and Air Circuit Breakers integrate into utility distribution grids to enable intelligent load balancing, peak-demand management, and fast fault clearing. Operators can monitor voltage fluxes, isolate sub-sectors remotely, and prevent cascading grid failures.
Equipped with vacuum contactors and solid state relays, our systems provide spark-free, high-frequency switching for industrial assembly lines, CNC machining centers, and heavy processing units. High electromagnetic compatibility (EMC) protects surrounding automation controllers from electrical noise.
Our DC contactors and molded case circuit breakers manage high-voltage direct current (HVDC) arrays in photovoltaic (PV) string combiners and battery energy storage systems (BESS). Fast switching speeds ensure safe disconnects during over-current events.
Isolator and changeover switches for mission-critical backup power transfers.
Thermal and electromagnetic smart relays designed to safeguard motor windings.
Built-in power measurement engines tracking V, A, kW, and power factor parameters.
Automated control systems for pumps, irrigation systems, and climate fans.
Navigating different national grids requires careful engineering. UniWave ensures that all remote control switches, smart circuit breakers, and relays comply with global standards like IEC 60947 for low-voltage switchgear and controlgear, and IEC 60898 for circuit breakers in household applications.
The next generation of remote control switch development centers on intelligence, wireless optimization, and preventative diagnostic telemetry.
Integrating microcontrollers into smart MCBs to enable edge calculation of RMS values and power quality metrics. This helps identify local grid issues without overloading control networks.
Deploying hybrid radio architectures combining LoRaWAN for long-distance remote control and Zigbee/Wi-Fi for fast, local building energy management.
Implementing neural network algorithms at the gateway level to analyze historical contact wear and thermal cycles, forecasting equipment replacement intervals before failures occur.
Adopting halogen-free flame-retardant thermoplastics and biodegradable packing materials to align with global environmental goals and circular economy standards.
A look into Wenzhou UniWave Electric's quality assurance programs, highlighting our production and testing workflows in Wenzhou, China.
Answers to key engineering, integration, and procurement questions regarding industrial remote control switches.
A standard MCB (Miniature Circuit Breaker) relies purely on thermal-magnetic mechanisms (bi-metallic strips and electromagnetic coils) to trip during overloads or short circuits. A WiFi Smart MCB incorporates these traditional safety mechanisms but adds a motorized actuator drive and a communication module. This allows operators to monitor, open, or close the breaker remotely via software interfaces, and collect real-time data on current, voltage, and power usage.
Our products undergo testing under IEC/EN standards, including IEC 60947 (for industrial switchgear) and IEC 60898 (for residential application). We hold SAA certifications for Oceania, CE marks for European economic zones, and CB certificates for international markets, verifying that our products perform reliably under various regional grid parameters.
Liushi is known as China's "Capital of Low Voltage Electrical Appliances." This specialized industrial cluster provides UniWave with direct access to high-grade raw materials, specialized processing machinery, and skilled technical professionals. This concentration of resources helps us maintain efficient production cycles and strict quality control standards.
Yes. Our smart relays and motor starters can be configured with Modbus-RTU, Ethernet/IP, or wireless bridges. This compatibility allows them to transmit parameters directly to PLCs and centralized SCADA platforms for easy integration into existing industrial setups.
Explore our certified components designed for phase protection, smart energy monitoring, and heavy motor starting applications.
