Value Proposition
Enhance grid stability, increase renewable energy penetration, and optimize power generation output.
Key Applications
• Peak Shaving & Frequency Regulation: Maintain grid balance and support dynamic load changes.
• Renewable Integration: Reduce wind and solar curtailment and provide system inertia.
• Ancillary Services: Deliver fast frequency response, AGC/AVC scheduling, and smoothing of power fluctuations.
Project Examples
• Renewable energy peak shaving and valley filling
• Fluctuation smoothing for wind and solar farms
• Frequency regulation services and reserve capacity provision
• Output scheduling and tracking for renewable plants
Advantages
• High-reliability battery systems with advanced BMS
• Response time < 50ms for frequency regulation
• Supports grid codes: LVRT/HVRT, AGC/AVC, inertia control
• Customized solutions for source-grid coordination
Value Proposition
Improve grid reliability, defer grid upgrades, and support efficient transmission and distribution.
Key Applications
• Frequency Regulation & Peak Shaving: Respond to grid commands in real time.
• Congestion Relief: Alleviate transmission bottlenecks and reduce transformer stress.
• Reactive Power Support: Enhance voltage stability and grid resilience.
Project Examples
• Peak shaving and frequency regulation command response
• Dynamic reactive power support
• Transmission and distribution upgrade deferral
• Capacity congestion mitigation
Advantages
• Smart load management and real-time adjustment
• Extends equipment lifespan and reduces grid operational costs
• Facilitates higher renewable energy accommodation
• Robust support for new power system transmission
Value Proposition
Lower electricity costs, ensure power reliability, and enable participation in energy markets.
Key Applications
• Peak Shaving & Valley Filling: Reduce demand charges through energy arbitrage.
• Demand Response: Earn incentives by adjusting consumption during peak periods.
• Backup Power & Microgrid Support: Ensure uptime in off-grid or unstable grid areas.
• Virtual Power Plant (VPP) Integration: Aggregate distributed resources for grid services.
Project Examples
• Maximizing self-consumption of rooftop PV
• Demand charge reduction and TOU arbitrage
• Backup power for critical operations
• Participation in virtual power plants and demand-side response programs
Advantages
• Built-in applications: peak shaving, demand control, and more
• AI-powered cloud platform for intelligent energy management
• Remote monitoring and control via eMind APP
• Multi-energy complementarity for full lifecycle cost savings
• High Safety & Reliability: Advanced BMS and proven battery technology.
• Rapid Deployment: Quick commissioning and seamless integration.
• Scalable & Customizable: Tailored solutions for source-grid-user scenarios.
• Intelligent Operation: Cloud-based AI optimization and remote management.
• Grid Supportive: Complies with modern grid standards and facilitates energy transition.
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