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FECB2P Smart Circuit Breaker

FECB2P

Three-layer protection against overload/short-circuit/leakage, with remote switching control and energy metering, the core actuator terminal for VPP load aggregation and demand response.

Overload protectionShort-circuit protectionLeakage protectionRemote switchingEnergy metering

FECB2P Smart Circuit Breaker

FECB2P

Product Overview

Three-layer protection against overload/short-circuit/leakage, with remote switching control and energy metering, the core actuator terminal for VPP load aggregation and demand response.

Overload protectionShort-circuit protectionLeakage protectionRemote switchingEnergy metering

Model Info

FECB2P

Category: Virtual Power Plant · Tags：Core

FECB2P Smart Circuit Breaker

FECB2P

Technical Parameters

FECB2P Smart Circuit Breaker key technical specifications include: Rated current: 63A/80A/100A, Adjustable leakage: 30/100/300mA, Remote switching: Supported, Energy metering: Class 0.2, Communication: 4G/Wi-Fi. Detailed specifications are shown in the table below:

ParameterValue
Rated current63A/80A/100A
Adjustable leakage30/100/300mA
Remote switchingSupported
Energy meteringClass 0.2
Communication4G/Wi-Fi

Data Generated

Overload protectionShort-circuit protectionLeakage protectionRemote switchingEnergy metering

System Topology

Perception LayerElectrical Parameters · Leakage Detection · Temperature · Arc · Lightning Current · SPD StatusEdge LayerEdge Gateway · Smart Circuit Breaker · Protocol Acquisition · Rule EnginePlatform LayerFEXLINK Cloud · W-Link · Device Access · Data StorageApplication LayerIndustrial AI Analysis · Virtual Power Plant · Energy Monitoring · Carbon Assets · Carbon-Neutral Park

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Related Industry Verticals

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Virtual Power Plant & Microgrid System

The virtual power plant (VPP) and microgrid system is an intelligent energy control system that aggregates, optimizes, and coordinates dispersed resources such as distributed PV, energy storage, charging stations, and adjustable loads. The VPP focuses on load aggregation and demand response participation in electricity market trading, while the microgrid focuses on source-grid-load-storage coordination and power supply reliability within a campus. Both share a four-layer sensing-edge-platform-AI technical architecture, delivered through a hardware combination of FECB smart circuit breakers, ESA smart meters, CW edge gateways, and CC programmable controllers.

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