Betanic: Optimizing Power, Energy, and Workforce

Depending on the contract scope, execution control can include verifying that work complies with drawings and technical specifications, checking equipment installation, cabling, structures, connections, and the grounding system, as well as logging defects and tracking corrective actions. The inspection scope should match the project stage and the client's needs.

Quality control should not be limited to the end of project execution. Depending on the client's needs, it can start as early as equipment selection and procurement, and continue through delivery, installation, commissioning, acceptance, and even the operational phase. Involving the quality control team earlier makes it possible to catch discrepancies before they become execution problems.

The scope of design depends on the project type, but it generally includes reviewing baseline data, equipment layout, electrical and structural design, cabling routes, the grounding system, equipment selection and matching, energy yield analysis, and preparation of execution documents. The exact deliverables are defined in each project's technical proposal.

Plant capacity is not determined by land or roof area alone. Grid-connection limits, site conditions, consumption patterns, investment goals, available equipment, shading, and technical and execution constraints all affect the final capacity. For this reason, the final capacity should only be set after a full review of the project data.

For an initial review, we typically need information such as the project location, the type of site (ground-mounted or rooftop), the approximate capacity or investment goal, and the current stage of the project. In later stages, depending on the project type, we also review site plans, grid-connection details, consumption profiles, and other technical documents. If the right capacity has not been determined yet, we can start with a feasibility study and technical assessment.