HELIUMPOWER ENERGY
Service

Development
& Engineering.

We transform raw energy resources into investment-ready, bankable power projects. Our multidisciplinary team of engineers, geoscientists, environmental specialists, and financial analysts covers every stage — from initial desktop study through to a fully permitted, financed project ready for construction.

10 MW
Minimum project scale
1,000+ MW
Maximum project scale
FEED
Front-end engineering design
Full EIA
Environmental compliance
What We Deliver

From Survey
to Financial Close.

Hydrological & Geological Surveys

Multiyear river flow gauging, flood frequency analysis, sediment transport modelling, and GIS-based resource mapping. For thermal projects: geochemical sampling, seismic surveys, and subsurface mapping.

Conceptual & Pre-Feasibility Studies

Rapid desktop assessments benchmarking the technical and commercial potential of a site. Outputs include capacity estimates, LCOE projections, and go/no-go recommendations.

Feasibility Studies

Detailed techno-economic analysis including technology selection, layout optimisation, grid connection assessment, off-take strategy, and Class 3 CAPEX estimates (±20%).

Front-End Engineering Design (FEED)

Bankable-quality engineering covering civil and structural layouts, electromechanical specifications, grid connection design, safety studies (HAZOP), and lender's engineer deliverables.

Environmental & Social Impact Assessment (ESIA)

Comprehensive ESIA packages meeting IFC Performance Standards and Equator Principles, covering ecology, hydrology, community consultation, and stakeholder engagement.

Permitting & Consenting Support

Expert support navigating national and regional regulatory frameworks. Managing planning applications, environmental permits, water abstraction licences, and grid connection agreements.

Technology Coverage

Across Every
Generation Type.

Technology
Scale Range
Key OEMs / Methods
Hydropower
10 – 1,000+ MW
Francis / Pelton / Kaplan
Pumped Storage (PSH)
50 – 3,000+ MW
Reversible Pump-Turbines
CCGT Thermal
50 – 2,000 MW
GE / Siemens / MHI
Geothermal
5 – 250 MW
Flash Steam / ORC Binary
Biomass CHP
5 – 100 MW
Moving Grate / FBC
Development Timeline

A Structured
Path to COD.

Phase 1

Resource Assessment

4–12 weeks

Site visit, desktop data review, hydrological / geological analysis, and initial resource quantification.

Phase 2

Conceptual Design

8–16 weeks

Layout options, technology selection, preliminary civil and electromechanical design, and initial CAPEX modelling.

Phase 3

Feasibility Study

12–24 weeks

Detailed engineering analysis, planning pre-application, ESIA scoping, OPEX modelling, and financial model.

Phase 4

FEED & Permitting

18–36 months

Full bankable engineering package, OEM procurement, lender reports, consenting, and financial close support.

Have a site you want assessed?

Our development team will evaluate your resource and advise on the optimal path forward.