Every successful microgrid project starts with one essential question: Does this system make sense—technically, financially, and operationally?
A feasibility analysis is the first critical step in answering that question. Before designs are finalized, funding is secured, or equipment is specified, project stakeholders must understand whether a proposed microgrid is viable, resilient, and worth pursuing.
Microgrid feasibility templates provide a structured way to evaluate options early—supporting decisions such as:
Whether to proceed, pause, or pivot a project
Which technologies and system sizes are appropriate
How much investment is required and what returns are realistic
Whether the project aligns with resilience, sustainability, or grant objectives
In short, feasibility analysis transforms ideas into informed, defensible plans.
Analyse loads & demand
Evaluate system options
Estimates cost and expenses
Quantify savings & ROIÂ
Prepare for funding support
A microgrid feasibility study is an early-stage assessment that evaluates whether a proposed microgrid can be built, operated, and justified based on real-world constraints and goals.
It typically examines four core dimensions:
Can the microgrid physically work at this site?
-Load profiles and critical loads
-Available generation resources (solar, wind, generators)
-Energy storage requirements
-Grid interconnection and islanding capability
Does the microgrid make financial sense?
-Capital and operating cost
-Utility rate impacts
-Fuel savings and avoided outage costs
-Return on investment (ROI), payback period, and lifecycle costs
Rather than starting from a blank page, templates guide users through the most important questions, assumptions, and calculations needed to assess viability.
Well-designed templates:
Reduce risk by ensuring critical factors aren’t overlooked
Save time by structuring data collection and analysis
Improve decision quality with consistent, comparable outputs
Strengthen funding readiness by aligning with lender and grant expectations
They are not replacements for detailed engineering studies—but they are powerful tools for determining whether a project is worth advancing and how it should be shaped.
Feasibility templates are used in a step-by-step workflow to evaluate a microgrid early—starting with site screening and load analysis, then comparing technology options, estimating costs, calculating benefits, and preparing for funding.
Together, they help determine if a project is ready to move into detailed design, modeling, interconnection studies, and full financial analysis.
These feasibility templates are designed for a wide range of early-stage microgrid stakeholders, including:
 They are particularly valuable where resources are limited and early decisions carry long-term consequences.
These microgrid feasibility templates are intended to support early-stage planning and decision-making only.
They do not replace:
Detailed engineering design
Utility interconnection studies
Investment-grade financial models
Legal, regulatory, or permitting analysis
Final project decisions should always be supported by qualified engineers, financial professionals, and local authorities.
Feasibility templates bring structure, clarity, and discipline to early microgrid planning. They help stakeholders ask the right questions early—when answers matter most.
As part of the Microgrid Knowledge Hub, these tools are designed to support informed decisions, credible proposals, and mic
Get started today before this once in a lifetime opportunity expires.