Engine architecture
A new approach to the transfer of power from the piston to the crankshaft.
ENERGY & PROPULSION ENGINEERING
More power from a smarter engine architecture.
EnerSich develops combustion engine and generator technology designed to increase power density and reduce fuel use in compact power systems.
ENGINE DEVELOPMENTGENERATOR INTEGRATIONSUBOTICA, SERBIA
ENGINE + GENERATOR01 / SYSTEM
Integrated power generation concept ↗
ENGINEERING THE NEXT GENERATION OF POWER SYSTEMS ↓
01 / TECHNOLOGY
Designed as a system.
Built around efficiency.
The EnerSich project combines a redesigned piston engine with generator development. Its ambition is a smaller, lighter source of mechanical and electrical power for demanding applications.
The engine work focuses on the piston, connecting rod and crankshaft mechanism, with the aim of improving specific power and fuel consumption. The generator work examines how to convert that mechanical output into electricity efficiently.
Compact power
Higher power density can reduce the size and weight needed for a given output.
Integrated generation
Engine and generator development aimed at practical electricity production.
02 / TESTED ENGINE
Evidence you can examine.
A 240 cc Sič motor prototype was tested by the Faculty of Agriculture at the University of Novi Sad in 2009. The figures below come from that report and apply to that tested motor and its stated reference engine.
at 5,480 rpm
fuel consumption
at 4,989 rpm
University test report
Energy characteristics, fuel consumption and exhaust measurements of the Sič Motor 240 CC. Novi Sad, August 2009.
03 / APPLICATIONS
Power where efficiency matters.
The development programme explores uses for compact engines and integrated power generation across several sectors.
Distributed power
Compact generator sets for industrial and remote electricity needs.
Biogas & gas power
Potential electricity generation using biogas and natural gas as fuel sources.
Industrial systems
Engine and generator integration where space, mass and operating costs matter.
Future energy systems
Exploration of power generation as a component in hydrogen and e-fuel production.
01 / FUELBiogas or
natural gas
natural gas
02 / CONVERSIONEnerSich
engine
engine
03 / OUTPUTElectric
generator
generator
04 / USEIndustry, hydrogen
& e-fuels
& e-fuels
04 / MEDIA
See the technology.
Explore the supplied footage, prototype photographs and system concepts. Select a video to play it here, or open an image for a closer look.
Videos
EnerSich video 01
EnerSich video 02
EnerSich video 03
Image gallery
05 / THE OPPORTUNITY
From tested concept
to commercial scale.
The team is seeking conversations with investors, licensing partners and industrial collaborators to develop and commercialise the technology.
The investment prospectus outlines a proposed 150 kW system and an initial production programme of 1,000 units. Those are development and commercialisation objectives, distinct from the 240 cc motor measurements shown above.
Start a conversation06 / CONTACT
Let’s discuss what’s next.
Have a question about the technology or an idea for a partnership? Send the team a message or reach out directly.
Vladimir Sič
+381 63 528 798vladimirsich@enersich.comIgmanska 14, Subotica, Serbia
Tihomir Sič
+381 63 529 685tihomirsich@enersich.comŽarka Zrenjanina 12/3, Subotica, Serbia