Owner's Engineering Services | Solar PVSyst & Energy Models
Accurate energy models are essential for financial modeling. If a conservative PVsyst underestimates the generation, the project loses value. If an aggressive PVsyst overestimates, the project is overvalued and you may have trouble servicing the debt. We have run thousands of performance models, as well as analysis on thousands of operational systems, so our modeling inputs are based on industry accepted standards and backed by real world data.

Our energy modeling & analysis areas of expertise include:
- Generating PVsyst Models & Evaluation of 3rd Party Models
- Performance Guarantee Calculations (ASTM E2848, Performance Ratio, etc.)
- Climate adjusted Actual vs. Expected
- Monthly, Quarterly, & Annual Performance Reports
- Configuration & Troubleshooting of Monitoring Systems and Weather Sensors
Featured Articles
6 Practical Insights for Standalone Battery Energy Storage System (BESS) Design
Driven by grid stability & reliability needs and by the integration of renewables, Standalone BESS (battery energy ...
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6 Practical Insights for Standalone Battery Energy Storage System (BESS) Design
Driven by grid stability & reliability needs and by the integration of renewables, Standalone BESS (battery energy storage systems) are moving from pilot to mainstream. But anyone who has tried to develop or engineer one, especially in dense, highly..
The Power of Interconnection Planning - Why Solar Developers Need PSCAD, PSS®E, and ASPEN Expertise
Interconnection queues are more congested than ever, and the path to approval is increasingly opaque. Developers are spending serious money on land control, studies, and legal work, only to hit delays when grid studies surface surprises late in the..
In the public eye, there is hardly a conversation about utility-scale solar without addressing the fear of losing valuable farmland. Debates with community involvement tend to be polarized. Developers see open fields as ideal for solar, while..
U.S. distributed energy resources (DER) capacity is expected to increase by 217 GW by 2028, according to a Wood Mackenzie Report. A staggering number, even to the seasoned solar industry professional. One of the challenges is connecting the massive..
