Commercial solar + BESS
Owner's engineering, feasibility, bankability, resilience and support for projects that must align with local grid and approval requirements.
Continuity before technology
Energy resilience for critical facilities
You have a continuity problem. We define what must keep operating, for how long and under which failures — then compare BESS, PV, UPS, generators, controls and staged recovery.
Microgrids + backup
Solar and storage concepts for brownout resilience, industrial facilities, cold storage, resorts and remote operations.
Independent due diligence
Supplier review, EU market-entry readiness, cyber-physical risk, FAT/SAT and recovery requirements.
Critical-load model
Loads are classified by consequence, start-up behaviour, permissible interruption and required autonomy instead of applying one backup percentage to the whole facility.
Hybrid architecture
BESS, PV, UPS, generators and load shedding are assessed as one controlled system, including protection, grounding, black start where required and safe grid return.
Cyber-physical failure scenarios
Loss of WAN, cloud, EMS, sensors, supplier access or configuration is evaluated alongside electrical faults and fuel constraints.
Testable resilience
The design becomes operating procedures, local fallback, configuration backups, FAT/SAT scenarios and periodic resilience tests. Critical-infrastructure status is never assumed without a separate assessment.
First step
Data first. Technology second.
Describe the facility, the operating problem and the required outcome. We will suggest an appropriate scope and agree how to transfer technical data.