Bluence PPC
Meet grid codes and boost dispatchability with a flexible solution
.avif)
Deliver quality while meeting deadlines
Comply with the most stringent grid codes and manage ancillary services in any tech plant.
Bluence PPC is much more than a plant controller. It is a flexible solution, ready to manage any technology, adapt to any protocol, and operate under any regulations. An advanced Power Plant Controller with advanced algorithms and expert support.
Comply, control, and optimize from a single system
Smart Compliance
Enhance plant performance with a dynamically evolving optimization algorithm
Adaptive Performance
Integrate any technology with confidence, including storage and hybridization
Hybrid Confidence
24/7 support and customization
It's not just a product, it's expert service
A specialized team supports you 24/7 from integration. Includes consulting services, FAT testing, and adaptation to new regulatory requirements.
.avif)
A proven Power Plant Controller you can rely on
Incorporate a proven PPC used in high-capacity plants worldwide, backed by specialized support
Manage any technology
Bluence PPC manages plants with different technologies, including battery systems, and allows hybrid plants to operate with advanced control modes to ensure a dynamic and accurate response.
Complies with the most demanding grid codes
Ensures compliance with international standards and stringent O&M requirements.
Communicate with any equipment and protocol
It integrates with SCADAs, batteries, control centers, and any other control system, and speaks all languages: IEC 101-102-104, Modbus, OPC UA-XML, DNP 3.0... Real interoperability that saves you time and reduces complexity.
Improve performance with intelligent control
Bluence PPC integrates advanced features driven by a proprietary algorithm, which is continuously optimized to enhance plant performance and dispatchability.
Universal Compatibility
Install a solution ready to operate in any geographic area, with any protocol, and any technology, including storage and hybridization
NERC-CIP
ERCOT , PJM , CAISO, APS, MISO…
ENTSO
SPAIN, ITALY, PORTUGAL, ROMANIA …
OTHER REGIONAL GRID CODES
MEXICO, CHILE, PERU…
Virtual Power Plant Simulator for PPC Validation
Anticipate scenarios, reduce risks, and accelerate deployment
Bluence PPC uses its own simulator that accurately replicates plant responses under different scenarios. This enables configuration validation, reduces uncertainty, and ensures reliability before field deployment.
.avif)
Modular Solutions for Total Synergy
Easily scale your system with modular products that work together seamlessly.
Bluence BESS OPTIMIZER
AI-driven bidding, schedule, and real-time dispatch for energy storage assets
All our products
Bluence connects with your existing systems to automate workflows, sync data in real time and improve efficiency across the renewable energy value chain.
What is a power plant controller (PPC)?
A power plant controller is the system that manages a renewable plant's active and reactive power at the grid connection point, so the plant meets grid codes and follows the operator's setpoints in real time across any technology
What does a power plant controller do?
It regulates voltage, frequency and power factor, limits ramp rates and curtailment, and coordinates inverters, batteries and other equipment. This keeps the plant compliant and dispatchable even as grid conditions change throughout the day.
What is the difference between a PPC and a SCADA?
A SCADA monitors and controls devices locally. The power plant controller sits above it and manages the plant's response at the grid connection point to meet grid-code setpoints. In practice the two systems work together.
Which grid codes does Bluence PPC comply with?
Bluence PPC meets NERC-CIP requirements across ERCOT, PJM, CAISO and MISO, ENTSO-E codes in Europe, and other regional codes in markets such as Mexico, Chile and Peru, adapting to local O&M requirements.
Can a power plant controller manage hybrid and storage plants?
Yes. Bluence PPC manages mixed-technology and hybrid plants, including battery storage, with advanced control modes such as fast frequency response and loss compensation for a dynamic, accurate grid response.
De-risking Interconnection through Virtual Simulation
Discover the 4 optimization keys to eliminate logic errors, slash field costs, and accelerate your COD
Download