Virtual Power Plant (VPP) Solutions
Turn distributed energy resources into coordinated, grid-responsive assets. Smart Grid Charge enables Virtual Power Plants by aggregating EV charging, battery storage, solar, and flexible loads into dispatchable resources that support reliability while creating program-aligned revenue opportunities for asset owners—subject to regional eligibility and rules.
SmartGridCharge helps utilities, developers, and organizations design and deploy modern smart grid solutions that make energy systems smarter, cleaner, and more resilient. We integrate distributed energy resources (DER), virtual power plants (VPP), battery storage, and EV charging with AI-powered controls to reduce operating costs, manage peak demand, support decarbonization goals, and generate measurable ROI. From system design through operations and maintenance, we deliver end-to-end energy management strategies built for today’s grid and the future of energy.
AI-Driven Smart Grid Solutions for a More Reliable, Affordable, and Decarbonized Energy Future
What Is a Virtual Power Plant?
A Virtual Power Plant (VPP) is a digitally coordinated network of distributed energy resources (DERs) that can respond to grid conditions as a unified resource. VPPs help utilities and grid operators manage peak demand, reliability events, and system flexibility—using assets located at buildings, depots, campuses, and charging sites rather than centralized generation alone.
Smart Grid Charge enables VPP participation by integrating and orchestrating battery storage, EV charging, on-site generation, and controllable loads—while protecting operational priorities and asset health.
What We Do — And What We Don't
What We Do
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Design grid-responsive portfolios that meet program technical requirements
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Integrate EV + BESS + solar + flexible loads into dispatchable resources
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Implement telemetry, controls, and performance reporting aligned to program rules
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Operate within site constraints to protect mission-critical operations
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Provide ongoing monitoring and optimization where applicable
What We Don't Do
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Promise speculative revenue without eligibility validation
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Deploy "software-only" VPPs without real integration and controls
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Dispatch assets outside warranty-aligned operating parameters
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Aggregate assets without site-level safeguards and measurable reporting
How Virtual Power Plants Work
Virtual Power Plants rely on monitoring, control, and dispatch of distributed assets in response to events, price signals, or grid needs.
Core VPP Functions
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Aggregation: Pool multiple sites/assets into a unified resource
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Dispatch: Respond to events within defined constraints and timelines
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Optimization: Balance program value with operational and asset health limits
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Measurement & Verification: Produce telemetry and reporting required for performance confirmation
VPP coordination is typically enabled through DERMS and standards-based communications to ensure scalable, multi-asset control.
VPP Readiness Requirements
VPP participation is primarily a controls + data + constraints problem. Typical requirements include:
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Interval Metering: Settlement-grade data access and/or sub-metering capabilities (program-dependent)
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Real-Time Telemetry: Asset status, power flows, state of charge, and availability signals
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Dispatch Controls: Defined ramp rates, response times, and secure remote operation capabilities
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Site Constraints: EV departure time guarantees, battery SoC limits, building comfort bands, safety interlocks
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Cybersecurity: Secure communications, authentication protocols, and remote access management
Smart Grid Charge designs these requirements into infrastructure from day one, ensuring technical compliance before program enrollment.
Assets That Can Participate in a VPP
Battery Energy Storage Systems (BESS)
Fast-response flexibility for demand response and other grid services, subject to eligibility.
EV Charging Infrastructure
Smart charging (V1G) load flexibility today, with V2G readiness where supported by vehicles and programs.
On-Site Generation (Solar + Other DERs)
Coordinated generation + storage improves flexibility and renewable firming.
Flexible Commercial Loads
HVAC, refrigeration, and process loads can contribute where controllable and eligible.
Revenue & Value Streams Enabled by VPPs
Value streams depend on market rules, program design, and asset configuration:
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Demand Response Incentives: Event-based performance payments where programs operate
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Capacity Payments: Availability-based compensation where markets support it
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Energy Arbitrage: Optimization of energy consumption patterns where permitted
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Ancillary Services: Grid support services including frequency regulation (program-dependent)
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Avoided Costs: Peak demand reduction and infrastructure deferral benefits
We focus on durable, compliant pathways aligned with real program structures rather than speculative revenue projections.
Measurement, Verification & Settlement (M&V)
Reliable M&V is essential for VPP credibility and revenue certainty. Our approach includes:
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Baseline Methodology: Alignment with utility or ISO calculation methods for accurate event measurement
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Telemetry Architecture: Redundant data pathways ensuring 99.9%+ uptime for settlement-grade reporting
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Performance Documentation: Automated reporting packages for event verification and dispute resolution
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Settlement Reconciliation: Support for invoice validation, true-up calculations, and performance guarantees
Our VPP Enablement Services
1) Eligibility & Portfolio Assessment
Asset inventory + site constraints • Program compatibility review • Metering/telemetry gap analysis
2) Integration & Controls
Communications + control layer integration • Secure dispatch implementation • Cross-asset coordination (EV + BESS + solar + loads)
3) Measurement, Verification & Reporting
Baseline logic alignment • Telemetry and event reporting • Performance documentation and reconciliation support
4) Operations & Optimization
Monitoring and response playbooks • Constraint management to protect operations • Ongoing performance optimization where applicable
VPPs + EV Charging + Battery Storage
VPP performance improves when multiple assets operate as one coordinated system:
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Smart charging aligned to operational requirements
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Battery dispatch that buffers peaks and supports events
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Coordinated response that protects uptime and customer experience
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Future-ready infrastructure as programs mature
VPP enablement is not an add-on—it's engineered into the infrastructure.
Regional Coverage
We support VPP readiness and enablement across: NY, NJ, PA, CT, MA, CA, TX, FL, CO, and GA. Program availability and value streams vary by utility territory and rules; eligibility is confirmed during assessment.
Frequently Asked Questions
Do I need battery storage to join a VPP?
Not always. Storage often helps, but EV charging and flexible loads may qualify depending on program rules.
Will it disrupt operations?
Dispatch is configured within constraints (EV readiness targets, building comfort requirements, warranty-aligned battery limits).
How is performance measured?
Typically via interval data, telemetry, and event reporting. Requirements vary by program.
What makes an asset VPP-ready?
Technical requirements include metering, telemetry, secure controls, and defined operational constraints. We assess readiness gaps during evaluation.
Ready to Monetize Distributed Energy Flexibility?
Smart Grid Charge evaluates eligibility, configures controls and reporting, and enables VPP participation designed to protect operations while supporting grid reliability.
Real-Time Monitoring and Control
Continuous monitoring and control of distributed energy resources (DER) to ensure optimal performance and grid stability. Provides real-time data and control capabilities, enhancing grid reliability and efficiency
Energy Storage Integration
Seamless integration of energy storage systems to store excess energy and release it during peak demand. Enhances grid flexibility, reliability, and the ability to integrate renewable energy sources.
Advanced Forecasting and Optimization
Utilizing AI and machine learning for predictive analytics to optimize energy generation and distribution. Enhances grid performance by accurately predicting energy demand and supply, reducing operational costs and improving reliability.
Grid Stabilization and Resilience
Advanced algorithms and real-time data analytics to stabilize the grid and enhance resilience against disruptions. Ensures continuous power supply and reduces the risk of outages, improving overall grid reliability.
Demand Response Management
Dynamic management of energy demand to balance supply and demand efficiently. Reduces peak load, lowers energy costs, and improves grid stability.
Customizable Dashboards and Reporting
User-friendly dashboards and customizable reporting tools to provide actionable insights and data visualization. Empowers users with real-time data and insights, enabling informed decision-making and enhanced operational efficiency.