PV feasibility and development

Assess a solar PV project before investing time and capital.

Encore supports investors and PV operators during the preliminary analysis, feasibility and development phases of solar PV projects, with a focus on technical constraints, permitting procedures, grid connection and economic viability.

The quality of the initial assessments determines the strength of the project. A well-structured analysis helps identify critical issues, opportunities and priorities before the project enters its most demanding phases.

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Objective

Understand whether the project can become a viable asset

Not every solar PV opportunity automatically becomes a sound project. The site, constraints, expected production, grid connection, permits, layout and economic model all need to be assessed.

  • Preliminary analysis of the site, available surfaces and constraints.
  • Assessment of technical and energy potential.
  • Support with layouts, expected production and initial design assumptions.
  • Assessment of grid connection, permitting and authorisation issues.
  • Identification of the main risks before advanced development.
Preliminary phases

From the initial opportunity to a developable project

The feasibility phase turns an idea, a site or a pipeline into a project that can be clearly understood, assessed and developed.

Site

Assessment of the site or asset

Preliminary analysis of location, available surfaces, accessibility, technical constraints, interferences and the site’s overall suitability.

Energy

Solar PV potential

Assessment of expected production, possible configurations, the preliminary layout and sizing assumptions.

Risk

Critical issues to manage

Identification of the main factors that may affect timing, costs, permits, grid connection and overall project feasibility.

What we assess

The assessments that strengthen project development

Technical

Technical feasibility and layout

We assess the initial technical conditions to determine which plant configuration is most suitable for the site and the investor’s objectives.

  • Analysis of available surfaces and physical constraints.
  • Preliminary layout assumptions.
  • Expected production and sizing estimates.
  • Preliminary review of interferences and technical issues.
Permitting

Permitting and constraints

The permitting process can determine the project’s timing and feasibility. An early review of constraints helps avoid pursuing projects with limited development potential.

  • Preliminary review of applicable constraints.
  • Assessment of the potentially applicable permitting procedure.
  • Support with document preparation.
  • Identification of issues requiring further investigation.
Grid connection

Grid and connection point

Grid connection is one of the key elements in the feasibility of a solar PV project and must be considered from the earliest stages.

  • Initial assessment of the grid connection context.
  • Support with technical data collection.
  • Analysis of potential grid issues.
  • Coordination of the information required for development.
Economic

Technical and economic scenario

The feasibility study must help determine whether the project can support the required investment, risks, timing and expected returns.

  • Preliminary estimate of expected production and energy revenues.
  • Assessment of the main technical and development costs.
  • Comparison of scenarios and design alternatives.
  • Support in deciding whether to proceed with or revise the project.
Value for investors

Make earlier, better-informed decisions

Feasibility work is not about producing documents for their own sake: it is about reducing uncertainty and guiding development, investment or acquisition decisions.

Opportunity screening

It helps distinguish projects with genuine potential from those affected by significant technical or permitting issues.

Risk control

It identifies critical factors before they lead to costs, delays or design decisions that are difficult to reverse.

Development priorities

It helps determine which activities should start immediately, which require further investigation and which should remain on hold.

Method

How we carry out an initial PV assessment

01. Data collection

Site information, available documents, objectives, expected capacity, known constraints and preliminary data.

02. Site analysis

Assessment of available surfaces, accessibility, technical constraints, interferences and possible configurations.

03. Development assessment

Permitting framework, grid connection, expected production, preliminary layout and critical issues.

04. Scenario

Development of a technical and economic assessment to support the decision on whether to proceed.

05. Roadmap

Definition of the next activities, priorities and required investigations.

Note

PV feasibility and development activities may concern individual sites, project pipelines, ground-mounted plants, industrial rooftops or assets that have already been identified. The scope is defined according to the project phase and the required level of detail.

Do you have a site or solar PV pipeline to assess?

We can start with an initial technical, permitting and economic assessment to determine whether the project can be developed.

Request an assessment