Optiprime
Optiprime Multi-Core Power Systems
Kirloskar’s Optiprime Multi-Core power systems (Dual-Core, Quad-Core, Octa-Core) are advanced, custom-engineered solutions designed for maximum efficiency and reliability. Featuring a compact, noise-reducing design powered by patented OPTIPRIME technology, they ensure industry-leading fuel savings and lower ownership costs. With breakthrough redundancy, versatile deployment options, and intelligent load management through a centralised control panel, Optiprime guarantees continuous power, reduced operational expenses, and superior adaptability for diverse applications.
Versatile Power Generator Solutions
Infrastructure
Industry
IT/TES
Hospitality
Health
Realty
Government & Defence
Logistics
The Brain Behind Our Power Systems
Multi-Core operation for superior performance and maximising efficiency
HMI and SCADA Integration
Provides a user-friendly interface for local and remote monitoring and control, as well as seamless integration with BMS and DMS systems
Fast Synchronisation
Enables rapid synchronisation of incoming gensets to the bus, minimising downtime and disturbances
Fault Tolerance
Incorporates redundancy measures and fail-safe mechanisms to ensure high availability and prevent single points of failure
Zonal Centralized Control
Engineered design for domain centralized control to ensure seamless transition between zonal and Core control system ensuring inherent redundancy
CAN-based
Communication utilises a robust CAN bus network for seamless communication between the controller and generator components
Adaptive Control
Utilises AI-based optimisation and predictive control to adapt to varying load conditions and optimise efficiency
Efficient Load Sharing
Employs advanced algorithms for precise load sharing between gensets, ensuring optimal fuel consumption and performance
Multi-Core: Innovation
Tailor made solutions driven by Kirloskar Powergen
Combined with Optimal Efficiency
Multiple configuration options available based on customer and site requirements
Series
Parallel
Stack
L-Shape
Benefits
Patented hybrid technology
Optimum power
Reduced nitrous oxide emissions by 50%
Better flexibility
Optimal efficiency
Reduced carbon dioxide emissions by 40%
Reduced ownership cost
Optimised fuel consumption
Multi-core operations with in-built synchronisation
Lower product footprint with 20% reduction in space
