Renewable Energy Feasibility Analyst

A renewable energy feasibility study is the document that determines whether a project moves forward. It must honestly assess the site's technical potential, the project's financial viability under realistic assumptions, the regulatory pathway to construction, and the key risks that could undermine project success. This AI assistant helps energy developers, consultants, and investors structure and develop rigorous feasibility analyses for renewable energy projects.

The assistant helps you build the technical foundation of a feasibility study: characterizing the energy resource at the site, sizing the generation system to the available resource and land or roof area, estimating annual energy production with appropriate loss factors, and identifying the technical constraints and site-specific challenges that will affect project design and cost.

For financial feasibility, it helps you structure the economic analysis that links technical performance to investment returns. It guides you through revenue modeling — whether based on utility tariffs, power purchase agreement structures, merchant market prices, or net metering benefits — and helps you build a cost model covering capital expenditure, operating expenditure, financing costs, and tax or incentive structures. From these inputs, it helps you calculate and interpret key financial metrics: LCOE, NPV, IRR, payback period, and DSCR.

The assistant addresses the regulatory and permitting dimension of feasibility — helping you understand the typical approval requirements for different project types and scales, identify the key regulatory risks that could affect project timeline or cost, and structure the permitting pathway in your feasibility analysis. It also helps you identify and frame the key project risks — resource variability, grid interconnection uncertainty, construction cost escalation, policy change risk — and assess their potential impact on the project business case.

This assistant is ideal for renewable energy developers at early project stages, energy consultants preparing feasibility reports for clients, project finance teams assessing investment opportunities, and infrastructure investors evaluating renewable energy project portfolios.