Design, modelling and technical review for utility-scale energy and high-density compute. A US engineering practice working with European developers — remote delivery, no local entity required.
Three practices. Each stage produces a document the next stage uses.
Degradation profiles, round-trip efficiency calculations, state of charge monitoring, and battery health models.
Inverter and PCS integration, protection coordination, grounding and earthing specifications, design package review against IEC requirements.
LiFePO4 and alternative chemistry comparison, liquid versus air cooling trade-offs, supplier documentation review, and specification benchmarking.
PVsyst solar yield modeling, sub-hourly losses estimation, degradation profiles, and P50/P90 generation values.
Basis of design for high-density compute: rack elevation, component-level power build-up, thermal design past the air-cooling limit, network fabric specification, and ROM budgeting with vendor data cited and assumptions flagged.
Siting and configuration of storage against transmission constraint. Distributed versus transmission-level interconnection, queue positioning, and the technical argument you put in front of the network operator. 5.3 GWh developed on Duke Energy Progress corridors carrying a $238 million upgrade estimate. One project to signed interconnection.
Specialized clean energy engineering tailored for distinct commercial and grid infrastructure assets.
Grid-connected solar farms with single-axis tracking and utility-scale grid compatibility.
Rooftop, carport, and ground-mount PV assets optimized for corporate energy contracts.
Grid-scale front-of-meter and behind-the-meter storage systems for capacity and arbitrage.
Integrated solar, wind, and storage architectures utilizing DC or AC coupling methods.
Grid substations, private lines, transmission design, and grid integration advisory.
Four things we can point to.
We developed 5.3 GWh of storage on transmission corridors where the utility's own upgrade estimate exceeded $238 million. One project reached a signed interconnection agreement.
US storage markets already went through the saturation curve European revenue models are still built on. We have seen how those assumptions age.
Design, construction and commissioning experience behind the modelling. We know how designs behave when they meet real hardware.
We represent the owner. We do not sell equipment, hold project positions, or take vendor commissions.
Market analysis and engineering breakdowns for solar, storage and data centre infrastructure.
Monthly updates on European regulatory frameworks, solar yield design, and BESS safety.
Site data, a yield model, a design package or a report you want a second opinion on. We come back with what we would check first — no charge for the first look.
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