German Engineering . International project development
Engineering integrated
renewable infrastructure.
LTI develops renewable generation, energy storage, grid and water infrastructure as integrated, bankable systems.
THE CHALLENGE
The energy transition requires more than additional generation capacity.
Variable renewables must be coordinated with storage, transmission, water resources and productive demand.OUR APPROACH
We begin with the infrastructure challenge-not a predetermined product.
LTI engineers the complete system, then selects and integrates the technologies best suited to its operating, environmental and financing requirements.TWO CAPABILITIES
Technical depth meets international execution.
German Engineering & Services defines and protects the system. International Project Development originates, structures, finances and delivers it.Strategic technology partners contribute from feasibility through operation.
How effectively does it contribute to the performance of the complete renewable infrastructure system?
How we select technology ↗Engineering integrated renewable infrastructure.
LTI develops renewable generation, energy storage, grid and water infrastructure as integrated, bankable systems.
The energy transition requires more than additional generation capacity.
Variable renewables must be coordinated with storage, transmission, water resources and productive demand.
We begin with the infrastructure challenge not a predetermined product.
LTI engineers the complete system, then selects and integrates the technologies best suited to its operating, environmental and financing requirements.
Technical depth meets international execution.
German Engineering & Services defines and protects the system. International Project Development originates, structures, finances and delivers it.
Strategic technology partners contribute from feasibility through operation.
- 01 Technical excellence
- 02 System integration
- 03 Project optimisation
- 04 Investment bankability
- 05 Strategic partnership
Innovation across applications since 1971.
Power electronics
Hardware, software, manufacturing and testing
Wind energy
Innovative electrical pitch systems
Utility solar
Water-cooled high-density central inverters
Bidirectional systems
Automation and battery storage
Infrastructure
Multi-asset renewable programmes
The scale has changed. The engineering discipline has not.
Projects then demonstrate the methodology: Kariba integrates solar, BESS, hydropower and water; Rwanda combines flooded-land management with generation and storage; South Africa uses BESS to address grid constraints and peak demand.
Bring us the infrastructure challenge.
We welcome discussions with governments, utilities, industrial users, investors, lenders, project developers, engineering companies, OEMs and specialist technology partners.