Development fields

We study integrated energy systems—not isolated technologies.

We start with resource, demand and location, then frame a technical, regulatory and investment pathway connecting generation with the grid, storage, metering and the end user.

Core energy fields

Wind and solar are presented within the energy fields stated in the company’s registered purpose, while each project remains subject to its own permits and approvals.

Images and scenes are illustrative and do not represent operating projects or company-owned assets.

WIND • SITE • DEVELOPMENT

Wind energy

From site screening and resource measurement to concept pathway, permitting, procurement planning and decision readiness.

Images and scenes are illustrative and do not represent operating projects or company-owned assets.

PV • UTILITY • C&I

Solar photovoltaic energy

Utility, industrial and commercial opportunities moving from site and demand to a clear development roadmap.

Energy-related expansion fields and opportunities

AKATI explores and coordinates early-stage study of these opportunities with specialised and licensed parties. They do not represent operating projects, owned assets, or construction or operation by AKATI.

Storage and hybrid systems

Opportunities to combine batteries with wind and solar for improved flexibility and operating fit.

Bioenergy and waste

Screening biomass, biogas and energy-recovery opportunities against feedstock and environmental viability.

Other renewable resources

Concentrated solar, small hydro, geothermal and marine energy where the resource justifies study.

Illustrative smart-metering and control-room scene

Images and scenes are illustrative and do not represent operating projects or company-owned assets.

Energy-related expansion field • electrical and digital infrastructure

An energy project needs an interconnection and metering pathway coordinated with the relevant authorities.

AKATI coordinates project-specific interconnection and electrical-infrastructure studies with the relevant utility and authorities, and frames smart-metering, communications and data opportunities as part of a more efficient and resilient energy system.

Coordination of interconnection and electrical-infrastructure studies
Smart-metering and communications opportunity concepts
Data, control and systems-security concepts

Energy-related expansion field • green hydrogen

We study hydrogen-demand opportunities together with their energy source—not in isolation.

These are opportunity models to be tested against renewable power, water, location and industrial demand; they are not announcements of operating projects.

Wind-solar hydrogen hub

A hybrid generation and battery platform delivering steadier power to electrolysis.

WIND + SOLAR + H₂

Green ammonia

Combining hydrogen and nitrogen for lower-carbon fertilizer feedstock or export.

H₂ + N₂ → NH₃

Hydrogen for industry

Progressive replacement of grey hydrogen or thermal fuels in suitable industrial processes.

INDUSTRIAL OFFTAKE

E-methanol and e-fuels

Combining hydrogen with a suitable captured-carbon source to create green fuels.

POWER-TO-X

Heavy-mobility corridors

Production, storage and refuelling hubs anchored by defined truck or bus fleets.

MOBILITY HUB

Long-duration energy storage

Converting excess electricity into hydrogen for industrial use or later power generation.

LONG-DURATION STORAGE

Have an opportunity in one of these fields?

Start with the site, resource or demand so we can determine whether initial screening is the right next step.

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