Power continuity. Engineered to the load.
Generation, storage, and continuity engineered against the load your site actually carries, not the vendor’s preferred datasheet. Industrial plant, institutional estates, and private residences, all delivered under a single senior partner.
Where continuity actually breaks.
Solar + battery + grid hybrids
Sized against the actual load profile, not the roof area. Written option analysis against diesel, grid-only, and hybrid scenarios before any procurement.
Critical-load continuity
Data rooms, cold chain, process lines, and life-safety systems engineered to ride through outages without operator intervention.
Standby + prime generation
Diesel, gas, and hybrid sets specified for the site acoustic, emissions, and duty profile. Synchronisation and paralleling where the load demands it.
Industrial energy optimisation
Motor audits, variable-speed retrofits, heat recovery, and compressed-air rationalisation. Measured savings, not vendor projections.
Institutional + estate supply
Hospitals, hotels, schools, and mixed-use campuses. MV distribution, transformer sizing, and metering that supports genuine cost accountability.
Residential off-grid + hybrid
Principal residences and estates engineered for silent redundancy. Battery-first architectures, hidden plant rooms, and long service intervals.
Work of this kind
The full record
Where we have shown this work
- IT Business Breakfast at Schloss Puchberg, Infotech 20261 OCT 2026
- 56th MOS international fair18-22 SEP 2024 · with SOLARKIT Europe Kft.
Baseline. Option. Build. Steward.
Four stages, one partner across all of them. The baseline data is always written down before any equipment is proposed.
See your real load before you buy.
Thirty minutes with a senior partner. You leave with a written summary of the load, the realistic options, and a direct line back.