Each project begins with a distinct energy, grid, water or industrial requirement. LTI combines the assets, stakeholders and contractual structures needed to address that requirement as an integrated infrastructure system.
Explore selected projectsThere is no standard equipment package behind LTI’s developments. System architecture is shaped by resource conditions, grid strength, hydrology, demand, land and water rights, permitting, local participation, finance and the operating requirements of each project country.
The projects below illustrate how the same engineering discipline can be applied to materially different infrastructure challenges.
A utility-scale floating-solar and battery-storage development conceived to coordinate daytime renewable generation with hydropower dispatch, strategic water reserves and high-voltage transmission on Lake Kariba.
An integrated renewable-infrastructure concept connecting floating solar and storage with dispatchable hydropower, industrial demand and the wider water–energy priorities of the Kariba system.
A floating-solar and distributed-storage platform adapted to semi-flooded land, productive electricity demand, network requirements and Rwanda’s long-term economic-development objectives.
A two-phase floating-solar development on Lake Toktogul designed around large-scale renewable generation, hydropower coordination and internationally structured project finance.
Battery-storage concepts structured around municipal and industrial network requirements, peak management, resilience, grid-support services and bankable long-term operation.
German battery-storage projects engineered around grid connection, control architecture, performance guarantees, degradation, testing, availability and lifecycle support.
LTI works with governments, utilities, industrial users, investors and technology partners from initial concept through bankability and delivery preparation.
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