Services
Technical Due Diligence
Independent technical review of solar, hydropower and wind assets in Georgia, for buyers and lenders
We run and coordinate technical due diligence so investors know what they are buying: how much the plant will really produce, what condition it is in, and what it will cost to keep it running. We built and own a 2.5 MW solar plant in Tbilisi, so our reviews come from hands-on experience of Georgian projects.
Resource and Yield
Solar: irradiation data, shading and soiling losses, and an independent P50/P90 yield estimate. Hydro: multi-decade flow data and climate sensitivity. Wind: on-site measurements and wake losses.
Plant Condition
Modules, inverters, mounting structures and cabling for solar; dams, turbines and generators for hydro. We check warranties, defects and the maintenance backlog, and coordinate the independent engineer.
Performance and Grid
Actual output against the design case, availability and performance ratio, curtailment history, and the terms and capacity of the grid connection.
Key Deliverables
4–10 weeks typical engagement
Frequently asked questions
What does technical due diligence on a solar plant cover?
Design and equipment, construction quality, yield and performance data against a PVGIS or specialist yield study, the grid connection, O&M and warranties, and the condition of modules, inverters and structures on site.
What yield should a solar plant in Georgia achieve?
PVGIS gives about 1,250–1,350 kWh per kWp a year in central and eastern Georgia with standard assumptions, and about 1,100–1,200 in the west. Bifacial modules and trackers can do better.
Do banks need an independent technical report?
Yes. Lenders usually require an independent engineer's review of the yield, design, EPC and O&M contracts before financial close.
Do you review hydropower and wind plants too?
Yes: hydrology and generation history, civil structures, electromechanical equipment, and for wind the wind resource and turbine condition.