We develop the technical scope of photovoltaic systems by connecting the solar resource, plant design and integration with grids and industrial loads.
A photovoltaic system combines resource, equipment and infrastructure. Available solar irradiation, temperature, terrain and connection conditions influence its configuration and the estimate of energy delivered.
The assessment compares layout and technology options against common criteria. Integrating civil, electrical and control design helps identify constraints and prepare a project that considers construction, access and maintenance from the outset.
Deliverables are developed according to project maturity and the decision they need to support.
The solar resource review is linked to the location and installation conditions. Generation scenarios must record their assumptions, the losses considered and information limitations.
When generation serves an industrial facility, the assessment must relate solar generation to the consumption profile. Storage may form part of the option, depending on the required function and system conditions.
Engineering defines how generation, demand and the grid interact, with criteria for protection, control and operation. This coordination enables scenarios to be reviewed and responsibilities for each interface to be established.
Solar irradiation, terrain and environmental conditions inform the configuration. The comparison incorporates losses, shading, accessibility and system maintenance requirements.
Modules, inverters and the electrical network must follow a common design basis. Integrating metering and monitoring helps compare performance with operating conditions.
Their intended function is defined first, followed by a comparison of generation, consumption and connection constraints. The study relates storage, conversion and control to operating scenarios and their maintenance requirements.
Select the services relevant to your project's stage.
Compare technical alternatives, identify constraints and establish a basis for project decisions.
Explore the scopeIntegrate engineering, procurement, construction and handover readiness.
Explore the scopeDevelop strategies for maintenance, resources and equipment performance monitoring.
Explore the scope