Remote Microgrid Implementation
Designed and optimized a hybrid solar-wind-diesel microgrid for a remote community in Alaska, reducing diesel consumption by 75%.
Comprehensive hybrid renewable energy system design and optimization services for a sustainable future.
Expert solutions for all your renewable energy system design and optimization needs.
Comprehensive modeling services for hybrid power systems combining multiple renewable energy sources.
Design and optimize reliable microgrid systems for communities, industries, and remote locations.
Detailed analysis and design of solar photovoltaic systems for optimal energy production.
Expert planning and analysis for wind energy installations of all scales.
Design and optimization of battery energy storage systems for enhanced reliability.
Reliable backup power solutions ensuring energy security for critical operations.
Comprehensive financial analysis to maximize return on your energy investments.
Strategic consulting services for long-term energy planning and policy development.
HOMER Energy solutions power critical operations across diverse sectors worldwide
Design grid-scale renewable integration, optimize distributed generation, and plan grid modernization projects for utility companies worldwide.
Power remote mining operations with hybrid renewable systems that reduce diesel consumption and operational costs in off-grid locations.
Ensure reliable power for cell towers and communication infrastructure in remote areas with optimized solar-battery systems.
Design resilient power systems for hospitals and clinics, ensuring critical medical equipment stays operational during grid outages.
Support municipal energy planning, military base microgrids, and public infrastructure projects with comprehensive energy modeling.
Power schools and universities with sustainable energy solutions while providing educational tools for renewable energy research and training.
See how HOMER Pro compares to other energy modeling software solutions
| Feature | HOMER Pro | Generic Tool A | Generic Tool B | Spreadsheets |
|---|---|---|---|---|
| Multi-technology modeling (solar, wind, storage, generators) | ✓ All technologies | ● Limited | ✗ Solar only | ✗ Manual |
| Automatic system optimization | ✓ Thousands of scenarios | ✗ Single scenario | ● Limited | ✗ None |
| Sensitivity analysis | ✓ Built-in, comprehensive | ● Basic | ✗ Not available | ✗ Manual |
| Global resource data included | ✓ NASA + custom imports | ✗ Import required | ● Limited regions | ✗ None |
| Financial analysis (LCOE, NPV, IRR) | ✓ Comprehensive | ✓ Basic | ● Limited | ✗ Manual formulas |
| Emissions & environmental impact | ✓ Detailed tracking | ✗ Not available | ✗ Not available | ✗ Manual |
| Expert technical support | ✓ Dedicated team | ✗ Email only | ● Community | ✗ None |
| Training resources & documentation | ✓ Full library | ● Basic docs | ✗ Limited | ✗ None |
| Industry acceptance & credibility | ✓ Global standard | ● Regional | ✗ Limited | ✗ Not standardized |
| API access for automation | ✓ Full API | ✗ Not available | ● Limited | ✗ N/A |
| Custom component library | ✓ Extensive | ● Basic | ✗ Fixed | ✗ Manual |
| Typical project time savings | ✓ 70-80% | ● 20-30% | ✗ 10-20% | ✗ 0% |
Flexible licensing options to meet your organization's needs
For individual engineers and consultants
For teams and growing organizations
For large organizations with custom needs
All plans include free updates during subscription period. Annual billing available with 15% discount. Contact us for academic and non-profit pricing.
See how we've helped organizations achieve their energy goals with our proven solutions.
Designed and optimized a hybrid solar-wind-diesel microgrid for a remote community in Alaska, reducing diesel consumption by 75%.
Implemented a 5MW solar PV system with 10MWh battery storage for a manufacturing facility, achieving energy independence during peak hours.
Developed a comprehensive energy plan for a municipality of 50,000 residents, integrating renewable energy into their 20-year development strategy.
Latest projects completed using HOMER Energy solutions
Designed a 2.5MW solar-plus-storage system for a luxury resort, achieving 90% renewable energy penetration.
Optimized backup power configuration for a regional hospital, ensuring 99.99% uptime for critical systems.
Implemented hybrid solar-wind-diesel system for an off-grid mining operation in Western Australia.
See how we compare to other energy modeling solutions
| Feature | HOMER Energy | Basic Tools | Spreadsheets |
|---|---|---|---|
| Multi-technology modeling | All technologies | Limited | Manual only |
| Automatic optimization | Thousands of scenarios | Single scenario | None |
| Sensitivity analysis | Built-in | Limited | Manual |
| Resource data included | Global database | Import required | None |
| Financial analysis | Comprehensive | Basic | Manual formulas |
| Technical support | Expert team | Community only | None |
| Training resources | Full library | Limited | None |
| Industry acceptance | Global standard | Varies | Not standardized |
Ready to experience the HOMER Energy difference?
Get Started TodayExplore our completed renewable energy projects from around the world
Our proven process ensures successful project delivery from initial consultation to implementation.
We begin with an in-depth discussion to understand your energy needs, goals, and constraints.
Our experts analyze your site conditions, energy resources, and load requirements using HOMER Pro.
We develop optimized system designs that balance performance, reliability, and cost-effectiveness.
We provide detailed documentation and support throughout the implementation of your energy system.
Contact us today to discuss your project requirements and discover how we can help you achieve your energy goals.
See HOMER Pro in action. Schedule a personalized demo with our energy experts.
0% complete