Digital solutions for
the Global Energy Industry

Discover our
Solutions

Grid Control

Energy convergence is transforming how renewable power plants operate. Wind, solar, BESS and grid infrastructures must now work as a coordinated system rather than isolated assets. Our solutions provides the intelligent control layer that securely orchestrates this complexity, enabling resilient, compliant and high-performance renewable operations.

Power Plant Controller

Convera™ PPC delivers deterministic, real-time control for renewable and hybrid power plants.
Through a software-defined, vendor-agnostic architecture, it coordinates solar, wind, BESS and on-site loads,
ensuring grid compliance, stable performance and adaptive response to evolving operating conditions.

Utility-grade hardware  
for unmatched reliability and stability

Adaptive control algorithms
for precise, real-time response across changing grid conditions.

Improved performance
under rapid generation or grid fluctuations

Scalable architecture
ready for hybrid plants and future grid demands

Solar
Wind
BESS
Hybrid
Solar
Wind
BESS
Hybrid
Power Plant Controller

Orchestrating
Every Energy Asset

Convera™ PPC brings together renewable generation, storage systems, and grid services into a single intelligent control architecture.

Designed for the Era of Energy Convergence, it orchestrates multiple technologies, devices and grid interfaces from a single control layer, ensuring reliable operation and seamless coordination across the entire plant.

Why Convera™ PPC

The Digital Brain
of Modern Power Plants

Deterministic real-time control
Ensures stable and predictable plant behavior, reducing operational risk and enabling reliable execution under all grid conditions.

Vendor-agnostic integration
Integrates with existing systems
and heterogeneous assets, reducing complexity and avoiding vendor lock-in.

Flexible asset
coordinationEnables consistent
control across different asset configurations, supporting both single-resource and hybrid plant setups.

Scalable architecture
Enables centralized coordination
of multiple PPCs, supporting expansion
without re-engineering.

Grid compliance & dynamic response
Ensures continuous compliance
with grid requirements while adapting
in real time to changing operating
conditions.

Intelligent dispatch & revenue maximization
Enables strategic storage and dispatch decisions based on grid signals, aligning energy flows with market conditions and maximizing revenue.

Power Plant Controller

The next-generation PPC for Critical Infrastructures

This Convera™ PPC introduces a more advanced, secure, and future-ready platform – reflecting over 20 years of combined expertise between BaxEnergy and BaxEnergy Americas (formerly PXiSE) in renewable energy management, grid-support systems, and DER orchestration. 

Key Features
for peak efficiency

Active Power Management

Enables accurate control of active power at the plant interconnection point, ensuring stable energy flow and optimal system efficiency under all operating conditions.

Smooth Ramp Rate Control

Advanced ramp-rate algorithms ensure smooth variations in output, maintaining plant stability and avoiding sudden spikes or drops in energy production.

Voltage Control

Real-time sensors and certified control logic ensure precise voltage regulation, preserving network stability while maximizing energy efficiency.

Dynamic Frequency Response

The system dynamically adjusts active power output to support grid stability and ensure reliable plant operation during frequency deviations.

Optimized Reactive Power Control

Reactive power and power factor regulation to maintain voltage compliance at the POI. The controller accurately manages reactive power to keep voltage and power factor within grid-code limits, enhancing overall system performance.

Enhanced Power Factor Correction

Advanced waveform analysis maintains voltage and current in phase, protecting assets and maximizing the usable power output of renewable plants.

Key Features
for peak efficiency

Active Power
Management

Enables accurate control of active power at the plant interconnection point, ensuring stable energy flow and optimal system efficiency under all operating conditions.
Power Plant Controller

Smooth Ramp
Rate Control

Advanced ramp-rate algorithms ensure smooth variations in output, maintaining plant stability and avoiding sudden spikes or drops in energy production.
Power Plant Controller

Voltage Control

Real-time sensors and certified control logic ensure precise voltage regulation, preserving network stability while maximizing energy efficiency.
Power Plant Controller

Optimized Reactive
Power Control

Reactive power and power factor regulation to maintain voltage compliance at the POI. The controller accurately manages reactive power to keep voltage and power factor within grid-code limits, enhancing overall system performance.
Power Plant Controller

Dynamic Frequency Response

The system dynamically adjusts active power output to support grid stability and ensure reliable plant operation during frequency deviations.
Power Plant Controller

Enhanced Power
Factor Correction

Advanced waveform analysis maintains voltage and current in phase, protecting assets and maximizing the usable power output of renewable plants.
Power Plant Controller

Execution tiers

Flexible control for evolving grid needs

Choose the execution tier that fits your plant today. Extend capabilities as your needs grow. 

Tier 1 – CORE

Deterministic
plant-level execution

  • Single-asset control (solar, wind or BESS)  
  • Grid-compliant operation and stable performance  
  • Active and reactive power control at the POI  
  • Ramp-rate smoothing  
  • Droop-based frequency support  
  • SCADA-based command execution  
  • Redundant architecture  
Best for
Stand-alone renewable plants and basic BESS applications requiring reliable, grid-compliant operation.

Tier 2 – Hybrid ready

Coordinated
multi-asset execution

  • Control across PV, wind, BESS and on-site loads  
  • Dynamic energy shifting and ramp coordination  
  • Fast Frequency Response & synthetic inertia  
  • BESS-aware control (SOC / SOH / PCS management)  
  • Sub-second coordinated response across assets  
  • Price arbitrage across grid-connected and islanded modes  
  • Multi-feeder architecture with hierarchical PPC coordination
Best for
Hybrid and utility-scale plants requiring coordinated multi-asset control, islanded operations, and energy optimization.

Resources

Smart Data Logger

The BaxEnergy Smart Data Logger helps operators avoid costly investments in SCADA systems when they are not strictly required. This makes it especially valuable for small to medium-scale installations, distributed energy systems, or as a transitional solution for systems in development. 

Smart Data Logger

Key Features

Real-time
monitoring
 

Beyond standard data acquisition, the Data Logger ensures complete and accurate collection of high-resolution signals from any asset or device, regardless of technology or OEM. 

Device control
and integration
 

Seamlessly interfaces with inverters, energy meters, weather sensors, and other critical devices using industrial protocols like Modbus RTU/TCP and MQTT. This eliminates the need for costly external integration layers. 

Event logging
and alarms
 

Captures and stores detailed event histories while generating real-time alerts for abnormal conditions, such as inverter malfunctions, shading impacts, or grid feed-in issues. 

Data analytics
and visualization
 

Delivers customizable dashboards and charts for trend analysis, enabling operators to make informed decisions without requiring expensive third-party analytics tools. 

 

Success Stories

CrossWind
BaxEnergy and Yokogawa collaborate to provide an Integrated Automation and Monitoring System for the first hybrid energy district in Europe 
Read More
Asja
Asja Energy Expands Partnership with BaxEnergy to Digitalize a portion of Its Solar Portfolio with a Local Monitoring & Control Infrastructure
Read More

Ask Our Experts

Contact our experts to evaluate which solution is best for you