UNNA · GERMANY · ENGINEERING FOUNDATION SINCE 1971

Engineering continuity across
generations of power electronics.

LTI combines more than five decades of power-electronics development, manufacturing, testing and field experience with the engineering discipline required for today’s renewable infrastructure. The products and project scale have changed. The responsibility for performance has not.

ENGINEERING & SERVICE CAPABILITIES

From power electronics to complete infrastructure interfaces.

LTI’s German team provides engineering and technical services wherever independent system understanding, product knowledge and lifecycle accountability are essential.

System & Solution Engineering

Electrical architecture, power conversion, control concepts, grid interfaces and integration of components into complete, operable systems.

Hardware, Firmware & Software

Application-specific development and adaptation across power stages, control electronics, embedded software, communication and supervisory functions.

Testing & Qualification

Functional, load, performance and fault testing supported by product knowledge and engineering judgement accumulated across generations.

Owner’s Engineering & Due Diligence

Independent technical definition, design review, technology qualification, supplier assessment, risk analysis and protection of the owner’s technical interests.

Repair & Lifecycle Support

Structured diagnosis, component-level repair, controlled reassembly, functional verification and support for installed LTI product generations.

Technology Integration

Translation of infrastructure requirements into qualified technologies, Bills of Materials, interface responsibilities and maintainable delivery concepts.

Technology selection begins before procurement.

TRADITIONAL PROCUREMENT
1 Define a component specification
2 Request quotations
3 Compare compliance and price
4 Select equipment
5 Resolve interfaces during delivery
LTI ENGINEERING MODEL
1 Define the infrastructure outcome
2 Model operating and environmental conditions
3 Engineer interfaces and controls
4 Qualify technologies and partners
5 Optimise BOM, bankability and lifecycle

Five pillars govern technology and partner selection.

01
Technical excellence
Efficiency, reliability, degradation, lifetime, warranties and certification
02
System integration
EMS, SCADA, interoperability, controls and grid-support functions
03
Project optimisation
Climate, water, altitude, weak grids, corrosion, maintainability and BOM
04
Investment bankability
IEC, verification, lender acceptance, ESG and referenceability
05
Strategic partnership
Engineering support, localisation, roadmap, training and lifecycle response

Partners remain involved from origination through operation.

01

Origination

Roadmap and
concept

02

Feasibility

Engineering and
preliminary BOM

03

Grid &
bankability

Models,
certification and
lender evidence

04

Detailed
engineering

Final system and
interface
optimisation

05

Delivery

Quality,
commissioning and
training

06

Operation

Spares, software
and performance
optimisation

Bankability is not a final document check. It is engineered into technology selection, contracts, warranties, verification, localisation and lifecycle support from the beginning.