Planta de Energía Virtual (VPP) y Servicios de Red Inteligente
Applicated Reference
Wind power Station
PV Power Station
Generator Factory
Island
Large-scale
Industrial User
| Section | Item | Details |
|---|---|---|
| 1. Communications Architecture |
Edge Controllers | Installed with each BESS and PV system; handle local telemetry, protective functions, and command execution. |
| Protocols Supported | IEC 61850, Modbus TCP/IP, DNP3, OCPP (for EV chargers), secure HTTPS APIs. |
|
| Data Flow | Asset telemetry → Edge controller → Secure gateway → Cloud VPP platform → Grid/market operator. | |
| Security | TLS encryption, VPN tunneling for sensitive channels, role-based access control (RBAC), audit logging. | |
| 2. Control Logic | Priority Dispatch |
|
| Peak Shaving Algorithm | Predicts load patterns using historical data + weather forecasts; discharges BESS strategically to reduce demand charges. | |
| Backup / Islanding Mode | Automatically isolates site during grid failure and dispatches BESS to maintain critical loads. | |
| 3. VPP Participation Flow (Demand Response event) |
1) Notification | Market operator sends DR event signal. |
| 2) Aggregation | VPP platform aggregates capacity from multiple sites. | |
| 3) Dispatch | Commands sent to edge controllers at each site to reduce load / discharge BESS. | |
| 4) Monitoring | Real-time feedback ensures compliance. | |
| 5) Settlement | Metered data reconciled and revenue distributed to participating sites. | |
| 4. Example Use Case | Site | Commercial campus with 2 MW BESS + 1.5 MWp PV. |
| Performance | Shaves 25% of peak load; participates in frequency regulation markets. | |
| Resilience | Provides ~4 hours of critical backup power. | |
| 5. Compliance & Standards | IEC 62933 | BESS safety. |
| IEEE 1547 | Interconnection requirements. | |
| IEC 61850 | Communications and data modeling. | |
| ISO 27001-aligned | Cybersecurity practices (risk management, access control, incident response). |
We design, supply and implement end-to-end Virtual Power Plant (VPP) and smart-grid solutions built around our industry-grade Battery Energy Storage Systems (BESS), PV and power electronics. Our approach transforms fleets of distributed resources into a single, grid-ready energy asset that reduces costs, creates revenue streams, and strengthens resilience — while remaining simple for facility managers and procurement teams to buy and operate.
Request a feasibility study
See how we work
- What we deliver — full-service VPP & smart grid capability
- Why choose an integrated VPP + smart grid approach
- Key capabilities (technical & business)
- Typical customer outcomes
- How we work (engagement model)
- Differentiators
- Call to action
What we deliver — full-service VPP & smart grid capability
Supply
Grid-compatible BESS (modular, scalable), inverters, communications gateways, and grid-interfacing hardware — all with embedded smart-grid functionality. Every piece of equipment ships ready to be part of a VPP.
Implementation
Site assessment, engineering, permitting, grid interconnection, installation and commissioning — delivered by our certified EPC partners and our project delivery team.
Aggregation & Orchestration
A cloud-native VPP platform that aggregates assets (BESS, PV, CHP, flexible loads, EV chargers) into a coordinated resource, with real-time dispatch, market bidding and telemetry.
Operations & Services
24/7 remote monitoring, predictive maintenance, performance guarantees, and market operations support (demand response, frequency regulation, energy arbitrage).
Integration
APIs and standardized protocols (edge controllers, OCPP/IEC/Modbus/DNP3 where relevant) for seamless integration with BEMS, SCADA, and utility systems.
Why choose an integrated VPP + smart grid approach
- Cost reduction plus new revenue: Reduce energy procurement costs through on-site optimization and time-of-use arbitrage — and generate income by participating in demand response, ancillary services, and capacity markets where available.
- Reduced grid dependency & predictable CAPEX/OPEX: Smooth peak demand to avoid costly grid upgrades and recover predictable value over the system lifetime.
- Resilience without compromise: Maintain critical operations during outages with prioritized backup dispatch and islanding modes.
- Operational simplicity for non-technical teams: Our platform translates complex grid actions into simple, stakeholder-facing KPIs and offers policy-driven automation so facility managers can “set and forget”.
- Future-proof: Modular hardware and open APIs mean you can scale capacity, add new resource types, or enroll in new markets as opportunities evolve.
Key capabilities (technical & business)
- Real-time telemetry & two-way control: Low-latency communications and secure two-way control at the device edge for reliable dispatch and safe grid interaction.
- Market participation & optimization: Automated bidding for demand response and ancillary services; algorithmic optimization for time-of-use and dynamic tariffs.
- Fleet orchestration: Aggregate geographically dispersed assets into a single virtual resource for higher value and market access.
- Cybersecurity & compliance: Hardened communications, role-based access, and logging that meet industrial cybersecurity best practices.
- Modular BESS design: LFP and other chemistry options, hot-swappable units, and flexible topologies to match CAPEX profiles and project objectives.
- Analytics & reporting: Executive dashboards, custom KPIs, automated invoicing for energy services, and meter-grade reconciliation for settlements.
Typical customer outcomes
- Commercial campus: 20–40% reduction in peak demand charges, on-site resiliency, and new revenue from demand response.
- Industrial facility: Avoided grid reinforcement costs, tighter control of energy spend, and improved operational uptime.
- Utility partners / aggregators: Rapidly scalable DER fleet aggregation with predictable performance and compliance reporting.
How we work (engagement model)
- Feasibility & value assessment: Site audit, baseline energy model, and a 3–5 year financial projection showing CAPEX, OPEX and expected revenue streams.
- Design & procurement: Sizing, equipment selection, grid studies, and procurement of standardized components with embedded smart-grid functions.
- Deployment & commissioning: Turnkey installation, testing, and interconnection support.
- VPP onboarding & operations: Asset aggregation, market enablement, ongoing optimization, and SLA-backed operations.
Differentiators
- Every unit is a grid citizen: Smart-grid functionality is embedded across our product portfolio so projects deploy faster and operate reliably.
- End-to-end accountability: Single point of responsibility from supply to market operations — minimizing vendor friction and accelerating time-to-value.
- Business-first optimization: We align dispatch logic to your commercial objectives (cost savings, revenue, resilience) rather than generic technical targets.
- Scalable, vendor-agnostic integration: Our orchestration works with third-party DERs and utility systems, protecting your prior investments.
Call to action
Ready to convert your distributed assets into a revenue-generating, resilient energy platform? Request a complimentary feasibility study and a custom 5-year business case. We’ll show projected savings, revenue opportunities, and the practical deployment roadmap for your site.