Photovoltaic systems convert sunlight into electrical energy. Rooftop, ground-mounted and solar carport applications are designed according to self-consumption targets, grid connection capacity and site characteristics.
PV modules, inverters, mounting structures and DC and AC electrical infrastructure are evaluated together. Depending on the connection voltage and project scale, transformers and medium-voltage switchgear may also be incorporated into the system. Energy yield estimates are prepared by considering solar irradiation, temperature, shading and system losses.
The project scope may include feasibility studies, engineering, equipment supply, installation and commissioning.
Monitoring and maintenance planning support the tracking of energy generation performance. Battery integration can help align energy generation with consumption more effectively. Where power supply during grid outages is required, suitable islanded operation and protection arrangements are designed separately.
Rooftop Photovoltaic Applications
Ground-Mounted Photovoltaic Applications
Solar Carport Applications
Self-Consumption Solutions
PV Module and Inverter Integration
DC and AC Electrical Infrastructure
Transformer and Medium-Voltage Switchgear Integration
Energy Yield Estimation
Energy Generation Monitoring
Battery Integration and Optional Islanded Operation
Network Load and Site Assessment
We first assess the network data, load profile and site conditions.
Equipment Selection and System Interfaces
We then define the technical scope by determining the equipment selection and system interfaces.
Project Responsibilities
Responsibilities for manufacturing or supply, testing, installation and commissioning are defined in the project agreement.
Operational Support and Maintenance
The scope of operational support and maintenance is planned according to the equipment requirements and the customer’s needs.
Our expert team is ready to support your industrial energy systems, power distribution and renewable energy projects.
AC and DC Charging Tailored to Usage Requirements Electric vehicle charging solutions are designed for different usage requirements, ranging from residential applications to commercial facilities and vehicle fleets. AC charging
Monitoring and Coordination of Energy Flows Energy management and automation solutions support the monitoring and coordinated operation of power distribution, solar energy, battery storage and electric vehicle charging infrastructure. The
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