SYCHEM designs and constructs photovoltaic systems for large-scale commercial, industrial, hospitality and public-sector projects, covering both rooftop and ground-mounted installations. Each project is developed as a long-term energy asset, with the technical design aligned to the site conditions, the available electrical infrastructure, the licensing framework and the investment objectives of the owner.
The company undertakes the complete project route, from initial investment planning and permitting support to construction, testing, commissioning and grid connection. This integrated responsibility means the photovoltaic plant is delivered as a fully operational system, ready to produce energy under the required technical and regulatory conditions.
SYCHEM’s experience includes projects where solar production forms part of the wider energy strategy of a facility, helping reduce electricity costs, improve energy autonomy and support more predictable long-term operating expenses. Through dedicated maintenance and supervision contracts, the company also supports the reliable operation and sustained performance of the installation after handover.
For rooftop photovoltaic projects, SYCHEM evaluates structural capacity, usable surface, orientation, shading, access, cable routing and the connection with the existing electrical installation. For ground-mounted plants, the design also considers land geometry, foundations, row spacing, service access, drainage, earthing and grid-interconnection requirements.
The technical scope includes the selection and arrangement of PV modules, mounting systems, inverters, DC and AC cabling, protection devices, distribution boards, metering equipment and monitoring infrastructure. Particular attention is given to safety, maintainability and commissioning procedures, so that the system can be operated, inspected and serviced efficiently throughout its lifecycle.
After connection, plant performance is supported through preventive maintenance, production monitoring, inverter and string checks, fault diagnosis, cleaning assessment and corrective interventions where required. This approach helps limit downtime, identify underperformance early and protect the long-term value of the photovoltaic investment.
