Virtual Power Plant
Load aggregation, demand response, and dispatch of distributed energy and storage, driving energy efficiency with data.
Load aggregation, demand response, and dispatch of distributed energy and storage, driving energy efficiency with data.
Load aggregation, demand response, and dispatch of distributed energy and storage, driving energy efficiency with data. Aggregates distributed load-side resources, distributed energy and storage systems into dispatchable, tradeable, optimizable VPP assets.
Industry Pain Points
Highly Fluctuating Distributed Energy Output
Distributed energy such as PV and wind fluctuates sharply with weather; without accurate forecasting it is hard to bring into a unified dispatch system, leading to both curtailment and grid-connection pressure.
Fragmented Load-Side Resources Hard to Dispatch
Flexible loads in industry, commerce and buildings are highly dispersed; without unified sensing and dispatch, vast flexible resources stay 'asleep' and cannot interact with the grid.
High Barrier to Demand-Response Participation
Demand-response market rules are complex and revenue opaque; enterprises lack professional teams and data tools, so participation is low and execution rates are hard to guarantee.
Low Storage-Load Coordination Efficiency
Storage charging/discharging strategies rely on manual experience, disconnected from load curves and peak-valley tariffs, lengthening payback periods and lowering asset utilization.
Solution Architecture
Layered architecture, a complete data loop from sensing to operation.
Core Capabilities
Load Aggregation
Unified access of flexible loads - HVAC, lighting, production lines and charging piles in industry, commerce and buildings - building a quantifiable, groupable, dispatchable load pool with flexible aggregation by industry, region and capacity.
Demand Response
Automatically receives grid dispatch instructions, intelligently allocates response tasks to aggregated resources based on load forecasting and real-time status, supporting both invitation-type and real-time demand response with an execution rate above 95%.
Storage Dispatch
Automatically generates storage charging/discharging strategies based on peak-valley tariffs, load curves and renewable output forecasts, maximizing peak shaving, reserve capacity and frequency-regulation value.
Revenue Analysis
Tracks dispatch revenue, response compensation and tariff-arbitrage returns per resource in real time, providing multi-dimensional reports and ROI analysis for full transparency of VPP operating income.
Carbon-Efficiency Linkage
Links VPP dispatch with carbon-efficiency indicators, prioritizing renewable absorption and lowering carbon intensity for dual optimization of energy efficiency and carbon performance.
Strategy Optimization
The AI engine automatically optimizes dispatch strategy portfolios from historical data and market rules, maximizing economic and carbon benefits while ensuring power-safety.
Data Loop
The complete data value chain: sense -> data -> AI -> warning -> control -> operation.
Product Portfolio
ESA Full-Factor Smart Meter
ESA-1001-R / 1002-R / 1003-R
Synchronous capture of voltage, current, power, power factor and 2nd-31st harmonics, 256 samples/cycle, providing a precise data foundation for load aggregation.
FECB Smart Circuit Breaker
FECB2P / 2LP / 2SLP
Overload/short-circuit/leakage protection, remote switching control and energy metering, executing dispatch instructions remotely for precise switching of load-side resources.
CW Edge Computing Gateway
CW Series
100+ protocol acquisition, 4G/Wi-Fi/Ethernet cloud uplink, edge computing and rule engine for fast local response and cloud-coordinated dispatch.
FEXLINK Industrial Internet Software
V1.0
Private-cloud/on-premises deployment with device monitoring, data visualization, alarm linkage and remote O&M, supporting full-resource access and dispatch management for VPP.
Customer Value
Quantified, verifiable customer value.
15-30% Higher Energy Utilization
Load aggregation and storage dispatch optimize the energy-use structure, shaving peaks and lowering peak load; overall energy utilization rises 15-30% with significantly lower energy costs.
Visible Demand-Response Revenue
Automatically tracks compensation and tariff-arbitrage revenue of every response, presented in real-time multi-dimensional reports for fully transparent, traceable VPP income.
Lower Peak Load
Intelligently dispatches flexible loads and storage to release capacity during peak hours, reducing peak demand and basic electricity charges.
Optimized Carbon Efficiency
Prioritizes renewable absorption and reduces fossil-fuel dependence, continuously lowering carbon intensity and supporting carbon-compliance and carbon-asset management.
Related Solutions
Microgrid System
Source-grid-load-storage coordination, PV-storage-charging integration, park energy smart control
Digital Energy
Energy supervision, efficiency analysis, energy-saving strategy optimization
Carbon Assets & Zero-Carbon Park
Carbon accounting, carbon-asset management, park energy governance
FAQ
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