Kirloskar Pump as Turbine (PAT)
The Kirloskar Pump as Turbine (PAT) is a cost-effective solution for micro hydro power generation and energy recovery. By operating a standard centrifugal pump in reverse, PAT converts hydraulic energy into electrical energy at a fraction of the cost of conventional hydro-turbines. Lower initial cost, shorter lead time, easy maintenance, and readily available spare parts make PAT the practical choice for energy recovery installations.
Product Datasheet
Download Pump as Turbine - PAT Brochure
Detailed technical specifications & selection guide
Key Features & Advantages
Lower Initial CostSignificantly cheaper than conventional hydro-turbines
Short Lead TimeStandard pump technology means faster supply
Easy MaintenanceStandard pump components, any pump technician can service
Readily Available SparesUses standard Kirloskar pump parts
Proven TechnologyBased on well-established centrifugal pump design
Energy RecoveryConverts wasted hydraulic energy into electricity
Green EnergySustainable energy extraction from water resources
Applications
Domestic Water Supply Systems
Micro Hydro Power Generation
Natural Water Resource Energy Extraction
Industrial Pressure Energy Recovery
Irrigation Canal Energy Recovery
Municipal Water Distribution
Why Choose Target Marketing?
Authorized SupplierOfficial Kirloskar channel partner
Expert SelectionTechnical team assists with PAT sizing for your flow/head conditions
End-to-End SupportFrom feasibility study to installation and commissioning
Genuine SparesKirloskar original parts for long service life
Need a Quote for Pump as Turbine - PAT?
Talk to our application engineers for hydraulic selection, MOC review and TCO comparison.
Frequently Asked Questions
A standard centrifugal pump operated in reverse to generate electricity from water flow. Cost-effective alternative to conventional hydro-turbines.
Lower initial cost, shorter lead time, easy maintenance with standard pump components, readily available spare parts.
Domestic water supply systems, natural water resource energy extraction, and industrial installations where excess pressure energy can be recovered.
