Engineering & Project Management
- Home
- Engineering & Project Management
Product List
Advanced Software for Electrical Analysis
HOMER Software
Specialized software for comprehensive electrical analysis and system optimization.
HOMER (Hybrid Optimization Model for Multiple Energy Resources) is a specialized software tool widely used for designing and optimizing hybrid renewable energy systems. It enables engineers and planners to simulate various system configurations combining solar, wind, diesel generators, and storage to find the most cost-effective and reliable solutions.
HOMER’s features include economic evaluation, sensitivity analysis, and scenario modeling, which help in:
- Designing efficient renewable energy systems tailored to site-specific conditions.
- Evaluating capital and operational costs alongside energy production.
- Supporting decision-making for integrating renewables into microgrids or off-grid systems.
- Overall, HOMER helps optimize both the technical and economic aspects of distributed energy projects.
I-HOGA Software
Advanced tool for hybrid renewable energy system design and analysis.
I-HOGA is a powerful tool focused on the design and analysis of hybrid renewable energy systems, particularly those combining solar panels, wind turbines, and battery storage.
It uses heuristic optimization techniques to determine the best sizing and operational strategy for hybrid setups. Key aspects of I-HOGA include:
- Advanced modeling of multiple renewable energy sources in combination.
- Optimization of system components to maximize efficiency and minimize costs.
- Flexibility to evaluate hybrid energy projects for off-grid and grid-connected applications.
- This software is especially beneficial for projects aiming to balance intermittent energy outputs while ensuring reliable power supply.
DigSilent Power Factory
Powerful software for power system analysis and grid integration studies.
DigSilent PowerFactory is a comprehensive power system analysis software used for transmission and distribution network studies.
It supports a wide range of analyses including load flow, stability, fault currents, and protection coordination, making it indispensable for utility engineers and grid planners. Its capabilities include:
- Detailed simulation of power system operations under steady-state and dynamic conditions.
- Fault analysis to predict system behavior and design protection schemes.
- Planning and optimization of grid integration for renewable energy sources.
- Helping maintain system reliability, identify bottlenecks, and improve overall network performance.
- PowerFactory is well-regarded for its robustness and accuracy in modeling complex electrical networks.
