Design from real consumption
PV capacity, storage, inverter, solar thermal and protection are sized from consumption, peak load, available area, shading, grid conditions and required autonomy.
Components & safety
DC/AC protection, earthing, surge protection, cable sizing, mounting, batteries and monitoring are part of the technical design.
Sourcing & implementation
Suitable components are sourced in Germany and prepared for transport. Installation, configuration, commissioning and monitoring can be coordinated in Kurdistan.
Design for Kurdistan climate and real operating conditions
Projects in Kurdistan are reviewed against outdoor temperature, building use, insulation, internal loads, available electrical capacity, hot-water demand and operating hours. Equipment is therefore not selected by floor area or catalogue capacity alone. The aim is a technically defensible system with adequate capacity, reasonable energy use and practical maintenance access.
Installation quality, commissioning and lifecycle
Delivery alone does not make a reliable system. Pipework, hydraulics or refrigerant circuits, electrical protection, condensate management, controls, testing and documented commissioning all affect performance and energy use. Service access, spare-parts strategy and future maintenance are considered during project planning where the scope allows.
Strings, inverter, protection and monitoring
A PV system requires coordinated string design, MPPT ranges, inverter sizing, DC and AC protection, surge protection, earthing, cable sizing and safe isolation. Clear documentation and monitoring make fault finding, yield control and future maintenance much easier.