Purpose built software

Optimise hybrid renewable projects from concept to financial close

Complementary Resources
WIND
SOLAR
BATTERY
STORAGE
FIRM
POWER
Unified optimisation across all components

Traditional tools analyze solar, wind, and storage separately—missing critical synergies. Our software is a powerful platform for simulating and optimizing both the technical and ecomonic aspects of hybrid renewable energy projects.

Converge Hybrid co-optimizes component sizing across wind, solar, and battery storage to deliver the optimal hybrid configuration for any site. Making it possible to generate baseload equivalent clean power at low cost, Converge Hybrid returns optimal configurations in hours, not months.

Technical performance

Core Capabilities

Converge Hybrid is a powerful optimisation platform for hybrid projects, delivering the future of renewables: firm baseload power. From initial resource assessment through to detailed financial models—all in one integrated platform.

Hybrid System Design

  • Automated sizing of wind, solar, and battery components
  • Layout optimization for site constraints
  • Cable routing and electrical design
  • Turbine/panel selection from equipment library

Resource Assessment

  • Integration with satellite irradiance data
  • Mesoscale and on-site wind data processing
  • Energy yield estimation (P50/P75/P90)
  • Terrain and shading analysis

Financial Modeling

  • LCOE and IRR calculations
  • Revenue stacking (PPA, merchant, ancillary services)
  • Sensitivity analysis across key variables
  • 30-year cash flow projections

Scenario Comparison

  • Run multiple configurations simultaneously
  • Side-by-side comparison of design options
  • Automated ranking by chosen metric (LCOE, IRR, yield)
  • Export comparison reports for stakeholders

Inside the Platform

The Optimization Process

An infographic illustrating the Converge Hybrid platform optimization process, going from ingested user data through to generating bespoke reports and recommendations for project design and specifications.

Using ingested customer requirements, historical resource data and project parameters, the Converge Hybrid optimization platform uses its hybrid optimization engine to generate tailored reports and recommendations for project design and specifications.

From data to decision

How It Works

1

Import Data

Upload project-specific data, including location, resource data, grid constraints and energy demand profiles.

2

Configure Parameters

Set equipment preferences, financial assumptions, and offtake structure

3

Simulation

Platform tests thousands of configurationsand analyzes performance with respect to energy production, LCOE, IRR, and capacity factor.

4

Optimization

Identification of the optimal project configuration based on user objectives, such as minimizing LCOE or maximizing IRR.

5

Export Deliverables

Generate reports summarizing performance of optimal configuration, provide detailed insights into project's financial and technical viability.

Why Converge Hybrid

Built for Hybrid Projects

Not a wind tool with solar bolted on. Converge-Hybrid is designed from the ground up for co-located wind, solar, and storage systems—treating hybrid plant design as a unified optimization problem.

Emerging Market Focus

Pre-loaded resource data, grid profiles, and regulatory frameworks for underserved regions—where hybrid solutions unlock otherwise unbankable projects.

Bankable Outputs

Reports formatted for lender due diligence and investor review. Generate the documentation that financial close requires—not just technical analysis.

Speed & Accessibility

Generate bankable configurations in hours, not months. Browser-based with no specialist training required—at a fraction of traditional consultancy costs.

What Sets us Apart

Technical Specifications

For Engineers

Supported Data Formats

Input Formats

CSV Excel (.xlsx)

Output Formats

PDF Reports Excel Models CSV Data Word Documents PNG/SVG Charts

Resource Data Sources

Wind Data

  • ERA5 reanalysis (global coverage)
  • MERRA-2 satellite data
  • Mesoscale modeling integration
  • On-site measurement correlation

Solar Data

  • PVGIS database
  • Ground station correlation

Calculation Methodologies

Industry Standards

  • IEC 61400 wind energy assessment
  • IEC 61724 PV system performance
  • P50/P75/P90 uncertainty analysis

Financial Standards

  • LCOE per IEA methodology
  • Project finance IRR/NPV
  • Degradation and availability factors

Generated Documentation

Export Options

  • Bankable PDF reports for lenders
  • Excel financial models (editable)
  • Full techno-economic reports in Word format
  • Exportable charts and visualisations of generated data

Detailed technical information for deveopers and engineering teams evaluating the platform

See it in Action

Schedule a personalised demo with our team or review our Platform Overview

Request a Demo
Download Platform Overview PDF