GEMS is an in-house energy modeling and optimization platform that designs integrated energy systems based on local resources, demand, and economic conditions. Rather than simply asking "How much electricity can we generate?", GEMS asks much larger strategic questions about optimal technology combinations, financial performance, sustainability, and long-term planning.
GEMS forms the foundation of the G-WIDGETS approach—understanding communities and their resources before designing technology solutions.
GEMS is not simply a calculation tool. It's a strategic planning platform that evaluates complex energy systems holistically, considering technical, financial, economic, and environmental performance across entire lifespans.
By modeling possible energy-system configurations and evaluating their characteristics, GEMS produces a strategic roadmap for building an energy ecosystem around the actual characteristics of a location.
Solar, wind, water, waste resources, and existing infrastructure analysis
Determining optimal combinations of generation, storage, and management technologies
Capital investment requirements, operating costs, and return on investment
Long-term financial, economic, and environmental performance projections
Carbon impact assessment and emissions reduction opportunities
Identifying how waste streams become new energy, fuel, or industrial resources
Evaluates combinations of renewable generation, storage systems, management platforms, and utilization technologies.
Models community electricity demand patterns, growth trajectories, and how energy availability creates new opportunities.
Analyzes complete technology lifecycles including installation, operation, maintenance, and replacement considerations.
Calculates capital requirements, operating costs, revenue streams, and financial returns across different time horizons.
Assesses emissions reduction, environmental benefits, and sustainability metrics across different system configurations.
Produces multi-year implementation strategies and evolution pathways for energy system development.
Evaluate available resources including solar, wind, water, agricultural waste, and municipal waste potential.
Model different combinations of generation, storage, and management technologies.
Analyze technical, financial, economic, and environmental performance of each configuration.
Identify the optimal system that maximizes overall benefit and long-term sustainability.
Develop implementation strategy and long-term evolution pathway for the energy ecosystem.
GEMS serves as the intelligence layer that informs and optimizes all other technologies within the G-WIDGETS ecosystem.
Smart Energy Management System that implements and optimizes the systems designed by GEMS.
Renewable energy technologies selected and optimized based on GEMS analysis and recommendations.
Hybrid battery systems sized and configured according to GEMS optimization recommendations.
GEMS provides the strategic intelligence needed to design energy systems that are technically sound, financially viable, environmentally sustainable, and economically beneficial for communities.