As modern distribution networks transition toward carbon neutrality and high electrification, the role of intelligent low-voltage protective devices has become critical. In large-scale industrial complexes, continuous process manufacturing, hyperscale data centers, and marine transport operations, standard overcurrent protection is no longer sufficient. Industrial switchgear must adapt to high harmonic distortion, bi-directional current flows, and extreme transient voltages associated with renewable energy feed-ins (such as wind and solar farms) and EV fast-charging arrays.
Modern Air Circuit Breakers (ACBs) serve as the primary protective gateway, safeguarding transformers, generators, and distribution feeders from downstream faults. The integration of advanced microprocessors inside trip units (specifically Electronic Trip Systems featuring LSIG curves: Long-time overload, Short-time selective fault, Instantaneous short-circuit, and Ground-fault protection) ensures selective trip coordination. This coordination prevents catastrophic wide-area blackouts by localizing the fault to its nearest breaker branch, maximizing grid uptime and resilience.
Global electrical architectures require intelligent ACBs built to interface with smart sub-stations. Incorporating RS-485, Modbus-RTU, and Ethernet architectures allows utilities to capture real-time voltage, current waveform distortions, and total harmonic distortion (THD).
Modern energy grids demand short-circuit breaking capacity (Icu = Ics) of up to 120kA at 400V/690V AC. Our designs utilize engineered arc-chutes and optimized electromagnetic contact configurations to extinguish powerful arcs within milliseconds.
LSIG-enabled electronic releases permit fine tuning of time-current curves. This limits damage to key systems by isolating the faulted zone while keeping vital sections online, critical for hospital and telecom server room operations.
Founded in 2015, Acereare Electric operates through its two wholly owned subsidiaries: RuiRui Electric and KeRui Electric. Specializing in molded case circuit breakers (MCCB), air circuit breakers (ACB), and auxiliary smart components, our heritage spans over 20 years of technical design and craftsmanship inherited across two generations.
RuRui Electric was registered in 2015 to focus on automated core production lines, high-precision metal stamping, and specialized component injection molding. Today, we rank among China's premier Original Design Manufacturers (ODM) and Original Equipment Manufacturers (OEM) in the circuit breaker sector, offering end-to-end quality control from raw materials to final functional certifications.
Through active integration of advanced PLM, MES, and ERP management frameworks, our supply capability remains robust. We produce complete switchgear-grade systems and customized components for global engineering organizations, creating long-term strategic relationships with over 100 enterprise clients worldwide.
Our facilities boast a one-stop internal manufacturing process including high-precision stamping, welding, plastic injection, assembly, and testing. Utilizing over 10 manual and automated production lines ensures high volume output with consistent quality.
Our engineering team includes over 50 R&D specialists with more than 5 years of industry experience. Using 3D CAD/CAE software, we design parts, molds, and complete assemblies, executing over 50 product development initiatives annually.
Operating two production plants gives us the flexibility to scale both raw copper components and complete assembled units. We synchronize our operations via ERP and U8 software, ensuring delivery tracking and planning control.
Quality control is maintained via a multi-stage testing protocol. With an on-site laboratory housing 150+ measurement instruments and 20+ QC inspectors, our products are tracked using PLM, MES, and BI data systems.
Acereare Electric designs and manufactures a broad spectrum of low-voltage distribution devices. From the high-ampere demands of main distribution panels to downstream sub-distribution boards, our series cover current ratings from 16A up to 6300A.
The ARW1 series represents the pinnacle of our electrical safety research. Rated for systems up to 690V AC (50Hz) and available with operating currents from 400A up to 6300A, the ARW1 features intelligent digital microcontrollers. It provides selectable overload, short-circuit, and earth-fault protection.
Equipped with open Modbus, Profibus, or CAN communication options, it interfaces directly with central automation frameworks, facilitating telemetry, remote adjustments, remote switching, and remote signaling functionalities.
Watch our production workflows, automatic testing booths, and copper stamping processes. In this showcase, we display the precision technologies that make us a trusted OEM partner for international electrical engineering companies.
We are a certified circuit breaker manufacturer with a decade of proven compliance. Each year, we invest in tooling, automatic calibration benches, and testing structures to verify safety standards across our low-voltage product lines.
Electrical gear must operate reliably in challenging operating environments. Acereare Group designs and adjusts its breaker configurations to perform in extreme temperatures, high humidity, corrosive maritime conditions, and high altitudes.
Utilizing low-temperature resistant structural resins and specialized low-viscosity mechanical lubricants, our circuit breakers are design-verified to operate at temperatures as low as -40°C. Heavy outer-case plating preserves mechanical cycling structures in arctic sub-stations.
Our circuit breakers undergo rigorous salt spray chamber testing (72-hour limits on fully built systems; 48 hours for raw components). This guarantees MCCBs and ACBs can endure high-humidity coastal and shipboard atmospheres, protecting marine distribution boards.
At operational altitudes exceeding 2,000 meters, lower air density impairs cooling efficiency and dielectric strength. Acereare provides altitude derating factor calibration tables to ensure precise and safe protective adjustments.
Offering high breaking capacities in compact form factors, our MCCBs are utilized in commercial distribution panels to protect against short circuits and overloads. Their compact footprint helps optimize installation density.
Engineered using high-temperature thermal plastics and protected by anti-corrosion barrier finishes, we verify performance in constant-temperature hot chambers up to 55°C, ensuring stability in tropical environments.
Our smart circuit breakers offer real-time power metrics, current tracking, and system control. Supporting RS485 and fieldbus integrations, these breakers act as critical measurement nodes for smart microgrids.
Acereare Electric acts as a design and production partner for global switchgear brands. We support clients looking to expand their market footprint with customized configurations, custom brand plates, or fully engineered protective devices.
Analyzing customer current, voltage, and interrupting rating specifications.
Developing customized drawings, solid models, and mechanical layouts.
Finalizing mechanical modifications, trip curves, and production tooling.
Assembling products under MES supervision with automated unit testing.
Packaging and shipping to international destinations with complete customs documentation.
Acereare Electric systems and components are engineered to meet global safety standards. Our manufacturing facilities are ISO 9001 certified, and our low-voltage products undergo testing to maintain international compliance.
Technical guidance regarding current ratings, installations, and customized configuration settings.
AceReare
