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Accurately understanding the natural resources available is crucial in every renewable energy project. We conduct detailed energy resource assessments to measure the solar, wind, hydro, or hybrid potential of a given site. These studies use a combination of on-site data collection, advanced modeling, and regional climate analysis to provide a reliable forecast of long-term energy production.
Solar Resource Measurement
We measure solar potential using ground data and satellite mapping to forecast reliable year-round energy production.
Wind Speed Monitoring & LiDAR Analysis
Met towers and LiDAR track wind speed and variability, helping determine turbine placement and production potential.
Hydro Flow & Seasonal Variability Analysis
We analyze water flow and seasonal changes to evaluate whether hydro or micro-hydro systems are viable for a site.
Hybrid System Modeling
We model options like solar + storage or wind + solar to improve reliability and reduce dependence on diesel or grid power.
Long-Term Production Forecasts
Climate data and historical records are used to generate long-term energy production forecasts and performance expectations.
Environmental, Cultural & Land-Use Consideration
All assessments include environmental, cultural, and land-use factors to ensure projects align with community priorities.
This evidence helps compare options, de-risk design choices, and meet grant and permitting requirements, so applications to regulators, utilities, and funders are stronger.
Our proven assessment process gives stakeholders the clarity they need to invest, approve, and advance clean-energy projects. With accurate production forecasts and independent analysis, we help unlock grant funding, secure utility connections, and build long-term energy security for communities.
