Hello, I'm Shubham K Verma. I analyze, design, and optimize renewable energy assets. From utility-scale solar yield modeling to complex wind-solar-battery hybrid microgrids, I help developers and corporate buyers bridge the gap between data and bankable investments.
Adjust parameters to simulate annual energy production, cost metrics, and carbon emissions for a localized hybrid solar-wind grid system.
Total output from solar & wind resources.
Equal to planting ~14,600 trees.
Payback Period: 6.8 yrs
SHUBHAM K VERMA
Renewable Energy Analyst
I translate complex atmospheric, geographic, and electrical data into structured financial and physical profiles. Working at the intersection of energy yield modeling, database management, and grid integration, I support developer project financing, utility resource planning, and corporate ESG transactions. My focus is on reducing the Levelized Cost of Energy (LCOE) and optimizing battery charging dispatch regimes to build stable, grid-compliant, and carbon-negative systems.
Led the energy yield assessment for a developer in Rajasthan. Modeled inter-row shading, dust degradation coefficients, and structural tilt configurations using PVsyst. The optimization scheme improved target output by 3.2%.
Simulated hybrid Wind-Solar-BESS capacity configurations for an off-grid mining concession using HOMER Pro. Conducted sensitivity analysis for battery state-of-charge degradation curves over a 15-year lease duration.
Constructed structural financial forecasts for a manufacturing client's Scope 2 decarbonization framework. Evaluated dynamic contract-for-difference risk profiles, LCOE trends, and tariff structure adjustments.
Mapped micro-scale wind speeds, turbulence indexes, and terrain roughness profiles using WAsP. Modeled wake interference effects across a proposed 120MW offshore turbine placement grid.
Whether evaluating potential project sites, scoping utility storage, structuring corporate PPAs, or discussing clean energy policy, feel free to drop a message.
www.shubhamkverma.in