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Hybrid Renewable Energy System Modeling & Optimization

Industry-leading software for designing and analyzing the performance and cost-efficiency of solar, wind, battery, and backup power systems.

Built for: Engineers and energy planning professionals who need reliable, data-driven insights for renewable energy projects.

Solar panels installed on residential house with clear blue sky

How It Works

Four simple steps to optimize your renewable energy system

Define System Icon
Step 1

Define Your System

Input your location, load requirements, and available energy resources. Our intuitive interface guides you through each parameter.

Configure Components Icon
Step 2

Configure Components

Select from our extensive library of solar panels, wind turbines, batteries, generators, and other components to build your system.

Run Simulation Icon
Step 3

Run Simulation

HOMER Pro simulates thousands of possible configurations, evaluating each for technical feasibility and economic viability.

Analyze Results Icon
Step 4

Analyze Results

Review detailed optimization results, sensitivity analyses, and comprehensive reports to make informed decisions for your project.

The Challenge We Solve

Complex System Design

Designing hybrid renewable energy systems requires balancing multiple technologies, variable resources, and economic factors.

Performance Uncertainty

Predicting system performance under varying conditions is critical but challenging without proper modeling tools.

Cost Optimization

Finding the optimal mix of technologies to minimize costs while meeting reliability requirements demands sophisticated analysis.

Our Solution

HOMER Energy software provides comprehensive modeling and optimization capabilities for hybrid renewable energy systems, enabling engineers and planners to design, analyze, and optimize microgrids with confidence.

Key Features & Benefits

Powerful tools for renewable energy system design and analysis

System Modeling Icon

Advanced System Modeling

Model complex hybrid systems combining solar PV, wind turbines, battery storage, generators, and grid connections with precision.

Optimization Icon

Multi-Objective Optimization

Optimize for lowest cost, maximum renewable fraction, or other objectives while meeting reliability and operational constraints.

Analysis Icon

Sensitivity Analysis

Evaluate how changes in technology costs, fuel prices, and resource availability affect system economics and performance.

Microgrid Icon

Microgrid Design

Design reliable microgrids for remote communities, islands, military bases, and critical facilities with comprehensive load analysis.

Reporting Icon

Detailed Reporting

Generate comprehensive reports with hourly simulations, financial analysis, and emissions calculations for stakeholder presentations.

Data Icon

Resource Data Integration

Access built-in resource data or import custom solar irradiance, wind speed, and load profile data for accurate simulations.

Our Services

Comprehensive solutions for renewable energy professionals

Software Licensing

Access HOMER Pro and HOMER Grid software with flexible licensing options for individuals, teams, and enterprise deployments.

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Training & Consulting

Expert-led training programs and consulting services to accelerate your team's proficiency with HOMER software.

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Technical Support

Dedicated technical support from our team of energy experts to help you maximize the value of your HOMER software.

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Custom Solutions

Tailored software configurations and custom development for organizations with specialized requirements.

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Our Technology

Comprehensive solutions for every aspect of hybrid renewable energy system design

Solar PV panels generating clean renewable energy

Solar Photovoltaic Systems

Model solar PV arrays with precision using HOMER's comprehensive solar resource data and advanced modeling capabilities. Our software handles everything from small residential systems to utility-scale installations.

  • Global solar resource database with 20+ years of data
  • Panel orientation and tilt optimization
  • Shading analysis and loss modeling
  • Multiple panel technologies and efficiencies
  • Time-series simulation for accurate forecasting
Learn About Solar Modeling
Wind turbines generating power in wind farm

Wind Energy Systems

Analyze wind resources and optimize turbine selection for any location. HOMER Pro includes extensive wind turbine libraries and sophisticated wind resource modeling for accurate energy production estimates.

  • Wind turbine library with 100+ turbine models
  • Wind resource assessment and mapping
  • Hub height optimization analysis
  • Turbulence and wake effect modeling
  • Seasonal and diurnal variation analysis
Learn About Wind Modeling
Battery energy storage system installation

Energy Storage Solutions

Design optimal battery storage systems for any application. From residential backup to grid-scale storage, HOMER helps you find the right capacity and technology for your needs.

  • Multiple battery technologies (Li-ion, Lead-acid, Flow)
  • State of charge management strategies
  • Battery lifetime and degradation modeling
  • Peak shaving and arbitrage analysis
  • Frequency regulation ancillary services
Learn About Storage Modeling
Grid connection system illustration

Grid Integration

Model grid-connected systems and microgrids with sophisticated utility rate structures and grid interaction analysis. Optimize for bill reduction, resilience, or revenue generation.

  • Complex utility rate structure modeling
  • Net metering and feed-in tariff analysis
  • Grid reliability and outage simulation
  • Islanding and grid-forming capabilities
  • Demand charge reduction strategies
Learn About Grid Modeling

What Our Clients Say

Trusted by energy professionals worldwide

Trusted by Industry Leaders

Join thousands of organizations using HOMER Energy

Frequently Asked Questions

Find answers to common questions about HOMER Energy

Frequently Asked Questions

Find answers to common questions about HOMER Energy software

What is HOMER Pro software used for?

HOMER Pro is used for designing and optimizing hybrid renewable energy systems. It helps engineers and energy planners model complex systems combining solar, wind, battery storage, generators, and grid connections to find the most cost-effective and reliable configuration.

What types of energy systems can HOMER model?

HOMER can model a wide range of energy systems including solar photovoltaic, wind turbines, battery storage, diesel generators, fuel cells, microturbines, and grid-connected systems. It supports both off-grid and grid-tied configurations.

How accurate are HOMER's optimization results?

HOMER uses sophisticated algorithms to evaluate thousands of system configurations based on your inputs. Results are highly accurate when proper resource data and load profiles are provided. Our software is trusted by over 50,000 users worldwide for critical energy projects.

Do I need programming experience to use HOMER?

No programming experience is required. HOMER Pro features an intuitive graphical interface that guides users through system design. However, advanced users can also use HOMER's scripting capabilities for custom analyses and automation.

What support options are available?

We offer comprehensive support including documentation, webinars, and direct technical support. Training programs are available for teams, and our consulting services can assist with complex projects.

Can I try HOMER before purchasing?

Yes, we offer a free demo version of HOMER Pro that allows you to explore the software's capabilities. Contact our sales team to request a demo or discuss licensing options for your organization.

Latest News & Insights

Stay updated with the latest trends and developments in renewable energy

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Technology

The Future of Hybrid Renewable Energy Systems

Discover how hybrid systems combining solar, wind, and battery storage are revolutionizing energy access in remote communities worldwide.

January 15, 2026 5 min read
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Microgrid optimization and battery storage illustration
Industry News

Microgrid Market Set to Reach $47 Billion by 2030

New market research shows exponential growth in microgrid deployments, driven by energy security concerns and falling renewable costs.

January 10, 2026 4 min read
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Battery storage system optimization illustration
Case Study

Optimizing Battery Storage: Lessons from 50 Projects

Key insights from analyzing 50 real-world battery storage implementations using HOMER Pro simulation software.

January 5, 2026 7 min read
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