Independent renewable-energy clusters
Research, consult and design wind, solar and biogas clusters for farms, fisheries, isolated communities and renewable-powered charging infrastructure.
Integrated technology for a greener economy.
IEACE works across the full path from scientific research and system design to technology transfer, field implementation and technical training.
From energy source to intelligent operation
Automation, IoT & AI
Design automated production lines and intelligent control systems for industry, agriculture, forestry and fisheries, from sensing to operational optimization.
Electric machinery & green transport
Convert agricultural machinery and small vessels from petrol or diesel to electric drivetrains, supported by battery charging and monitoring systems.
Smart agriculture & microclimates
Stabilize temperature, humidity and water pH; apply IoT, AI and UAV monitoring to irrigation, crop care, cultivation and processing.
Environment & climate resilience
Develop environmental-treatment solutions, circular-economy applications and AI/IoT control for flood discharge and drainage at irrigation and hydropower works.
Testing, transfer & capability building
Test and calibrate environmental-monitoring and measurement equipment, transfer technology, deliver technical training and organize scientific workshops and cooperation.
From research to field operation
Five connected stages bring research, engineering and knowledge transfer into one delivery process.
Structure 5 stages
Coordination One technical lead
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Research
Define project needs, operating conditions and the core technical requirements.
Output Research brief -
System design
Develop the architecture, equipment sizing and system integration plan.
Output Design package -
Prototype
Build the prototype, test its functions and refine operating parameters.
Output Technical prototype -
Field deployment
Install, integrate and commission the solution in its operating environment.
Output Operating system -
Training & transfer
Transfer the operating, maintenance and technical capabilities to the project team.
Output Transfer capability
Priority applied-research topics
The Institute's agenda connects renewable power, electrification and intelligent control to practical needs in agriculture, transport and water infrastructure.
See active projects-
Optimal control of isolated wind-solar hybrid systems
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Electric drivetrains for agricultural machinery
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AI-controlled driverless field machinery
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IoT/AI crop care and microclimate regulation
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Battery storage and renewable charging systems
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Flood regulation for irrigation and hydropower works