Why Choose Polinovel
ComAp-Compatible ESS Integration
Polinovel ESS can be configured to support ComAp-based control requirements, including communication mapping, PCS/BMS data exchange, alarm data, and operating logic.
Smarter Battery + Diesel Coordination
Coordinate battery charging and discharging with generator output, site load changes, SOC status, and operating modes to support smoother hybrid power operation.
Coordinated Protection Logic
Support coordinated logic for reverse power, overload, SOC limits, breaker operation, generator start/stop, emergency stop, and alarms while keeping local safety protection active.
Flexible ESS Options for Different Sites
Choose from containerized BESS, outdoor cabinet ESS, and mobile BESS to match different project capacities, deployment methods, and application scenarios.
Integration Challenges Polinovel Helps Solve
Communication Mapping
Clear communication between the ESS, PCS, BMS, and ComAp controller is essential for stable integration.
Polinovel Solution:
Project-based mapping of SOC, voltage, current, alarms, status, and breaker signals for easier commissioning and better system visibility.
01
Hybrid Dispatch Control
Separate control logic can lead to unstable load sharing, dispatch mismatch, and operating issues.
Polinovel Solution:
Customized EMS logic supports battery-diesel coordination, load balancing, grid-tied/off-grid operation, and multi-genset control.
02
Fuel & Generator Efficiency
Low-load diesel operation can increase fuel use and maintenance pressure.
Polinovel Solution:
Polinovel ESS helps smooth load fluctuations, reduce unnecessary low-load runtime, and improve generator operating efficiency.
03
Coordinated Protection
Hybrid power systems need aligned protection logic across the generator and ESS.
Polinovel Solution:
Project-level protection coordination works together with local BMS, PCS, and thermal safety functions for more reliable system protection.
04
Applications for ComAp Integrated ESS
Battery + diesel hybrid systems are widely used in remote, temporary, and backup power projects. With ComAp-compatible integration, Polinovel ESS can support more stable power dispatch, lower generator stress, and easier project-level energy coordination.
Rental Power Fleets
Rental power projects often move between different sites and load conditions. Polinovel Mobile BESS can work with ComAp-controlled generators to support peak loads, reduce unnecessary generator runtime, and make temporary power dispatch more flexible.
Off-Grid Mining and Remote Sites
Remote mining and industrial sites often rely on diesel generators as the main power source. Polinovel Containerized BESS can help buffer load changes, improve fuel efficiency, and support more stable off-grid hybrid power operation.
Construction and Temporary Power
Construction sites face changing load points and unstable power demand. With ComAp-compatible control, Polinovel ESS can coordinate with diesel generators to support equipment charging, temporary loads, and flexible site power deployment.
Factory Backup Power
Factories need reliable backup power for production lines, equipment, and critical loads. Polinovel Outdoor Cabinet ESS can be integrated with ComAp-controlled generator systems to support faster load response and smoother backup power coordination.
Farms and Irrigation Sites
Farms and irrigation projects often face seasonal loads, scattered power points, and weak grid access. Polinovel ESS can help coordinate generator output, battery SOC, and pump loads for more flexible agricultural power support.
PV + Diesel + Battery Microgrids
Solar output changes throughout the day, while diesel generators provide backup and stability. Polinovel BESS can store excess PV energy, support load demand, and help ComAp-controlled systems coordinate PV, diesel, and battery power.
Applicable Polinovel ESS
Containerized BESS
For large C&I, utility-scale, remote microgrid, and high-capacity diesel hybrid projects.
Outdoor Cabinet ESS
For C&I backup power, weak-grid sites, factories, farms, and distributed energy projects.
Mobile BESS
For rental power, temporary sites, construction, mining, equipment charging, and emergency response.
Hybrid Control Functions of BESS with ComAp Integration
This integrated control architecture through the following core functions:
Dynamic Power & Load Balancing
Polinovel EMS integrates with ComAp controllers to optimize intelligent power dispatch between battery storage, diesel generators, and site loads. By adjusting cycles based on real-time demand, it ensures maximum hybrid system efficiency.
Grid-Tied and Off-Grid Operation
Polinovel BESS with ComAp integration supports grid-tied, off-grid, weak-grid, and hybrid microgrid applications. Based on project logic, it can support backup power, PV-diesel-battery operation, load shifting, and islanded power supply.
Multi-Genset Coordination Support
For projects with multiple diesel generators, Polinovel BESS can integrate with ComAp-controlled genset systems to coordinate generator status, BESS output, and changing load demand, supporting flexible and scalable hybrid power management.
Protection and Fault Coordination
The system can coordinate key protection and feedback signals, including breaker status, PCS/BMS alarms, generator faults, emergency stop, and auxiliary data, helping improve fault response, troubleshooting, and asset protection.
Project Delivery Process for Polinovel BESS with ComAp Integration
Polinovel provides engineering support for battery-diesel hybrid power projects with ComAp controllers.
Project Scoping & Success Definition
Polinovel begins by aligning with your team to define the core objectives of the hybrid project-whether the priority is fuel savings, peak load reduction, or backup reliability. Our engineers then evaluate key project data including application scenario, site load profile, diesel generator capacity, ComAp controller model, grid condition, and required BESS capacity to establish a clear technical baseline and success criteria.
System Architecture & Sizing Design
Based on the project scope, Polinovel defines the optimal system architecture. This includes:
Performance Sizing: Calculating the ideal battery capacity, PCS power rating, and operating modes (e.g., peak shaving, backup) to meet your performance goals.
Form Factor Selection: Recommending the most suitable enclosure type-Containerized BESS for large-scale projects, Outdoor Cabinet ESS for space-constrained sites, or Mobile BESS for temporary applications-to ensure seamless deployment and site integration.
Pre-delivery Documentation & Interface Readiness
Polinovel provides comprehensive technical documentation to support seamless installation and integration. This includes wiring references, system configuration notes, and interface logic based on the confirmed project scope. All interface signals between the BESS and ComAp controller are pre-verified during this stage to ensure "plug-and-play" readiness upon delivery.
On-site Commissioning & Remote Startup Support
After the system arrives on-site, Polinovel provides remote technical support during the physical startup process. This phase covers physical communication testing, system connection review, operating mode verification, and real-time troubleshooting assistance. Our engineers work alongside your local team to finalize system logic validation and ensure stable hybrid operation before handover.
Frequently Asked Questions About ComAp Integrated BESS
Answers to common questions about ComAp-integrated battery-diesel hybrid systems
Q:1.Can Polinovel BESS work with ComAp diesel genset controllers?
Yes. Polinovel BESS fully integrates with ComAp controllers. Final compatibility depends on aligning the specific controller model, communication protocols, PCS/BMS interfaces, and control logic during engineering design.
Q:2.Is ComAp the battery system?
No. ComAp is not the battery system. ComAp provides diesel genset control and power management solutions, while Polinovel provides the BESS, PCS/BMS integration support, and battery-side engineering support for hybrid ESS projects.
Q:3.Can this solution help reduce diesel fuel consumption?
Yes. By integrating BESS, the system allows diesel generators to operate at higher, more efficient load factors. The BESS handles short-term load peaks, reducing total generator runtime and maintenance, typically cutting fuel consumption.
Q:4.Can Polinovel BESS be integrated with existing diesel generator systems?
Yes. We can integrate BESS into existing generator setups after evaluating the current ComAp controller model, communication interfaces, electrical architecture, generator capacity, and required operating modes.
Q:5.Is this solution suitable for off-grid or weak-grid projects?
Absolutely. It is engineered for off-grid, weak-grid, and microgrid applications, delivering reliable power for mining, oilfields, construction sites, factories, remote islands, and EV charging infrastructure.
Q:6.What information is needed before integration?
Please provide the project location, application scenario, load profile, generator capacity, ComAp controller model, grid conditions, target BESS/PCS specifications, and any EMS or SCADA requirements.
Start Your ComAp Integrated BESS Project
Backed by practical BESS project experience, Polinovel supports ComAp-integrated battery-diesel systems from configuration matching to integration support.
- 50+ R&D Engineers
- 80+ Export Countries
- 3000+ Successful Projects
- 3GWH+ Delivered Capacity
UL9540 & UL9540A
UL1741 & IEEE 1547
IEC 62619 & IEC 62933
ISO 9001 & ISO 14001
CE & RoHS
Need a Battery + Diesel Hybrid ESS with ComAp Integration?
Polinovel provides high-efficiency BESS solutions for ComAp-controlled battery-diesel hybrid projects. Contact our team with your project requirements to get a customized BESS configuration, interface matching, and integration plan.
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