Lockwood designs, finances, builds, and operates low-emission microgrids combining high-efficiency fuel cells, battery storage, and optional solar or heat recovery for data centers and other high-load campuses.
Together with our partner network, we bring 45+ years of experience and work across more than 6,000 data centers to deliver practical, end-to-end power solutions, from vendor-neutral architecture and financing strategy through project delivery and long-term operations support.
Utility timelines can lag expansion plans. Delayed energization can delay data centers openings, revenue start dates, and contractual commitments.
Power quality and continuity are core business risks. The requirement is not just backup power, but stable power architecture tied to operations.
Owner-operators now need measurable performance on water, emissions, and long-term economics that can stand up to stakeholder and community review.
Lockwood is a client-side advocate with hands-on relationships across leading fuel cell and infrastructure providers.
We align provider capabilities with site constraints, financial objectives, and stakeholder requirements to produce outcomes beyond standard vendor engagement.
Our integrated team covers strategy, design, delivery, and long-term operations under one accountability model.
Combustion-free, high-efficiency generation with battery ride-through and controls designed for mission-critical uptime.
Lockwood leads integrated hybrid delivery for mission-critical campuses, combining shared IT operations, resilient power architecture, and deployment governance under one accountable team.
We structure programs across consulting, engineering, and implementation so scope can adapt quickly without losing schedule discipline or technical integrity.
Assessment and planning focused on reliability, site selection, total-cost modeling, risk, and infrastructure readiness before design is locked.
Multidiscipline engineering converted into executable design packages and migration-ready implementation plans.
End-to-end implementation from project controls through commissioning and handover with one delivery chain.
High-density workloads depend on consistent processing power with minimal disruption during growth, cutovers, and peak demand periods.
Core enterprise data requires durable storage architecture, clean power quality, and recovery-ready redundancy planning.
Facility and edge interconnections require reliable switching, routing, and control infrastructure to keep services available.
Scope advances only when technical feasibility, commercial structure, and delivery sequencing remain aligned.
Load, utility, permitting, and success metrics are mapped first.
Architecture is built for reliability, quality, and phased growth.
Integration and commissioning run to milestone-driven deployment plans.
Performance, response, and reporting cadence are continuously managed.
Our on-site power architecture is built around solid oxide fuel cell technology that consumes no water during normal electricity production, creating a fundamentally different water profile than conventional generation.
When paired with non-evaporative cooling strategies (air-cooled or direct-to-chip liquid cooling) and optional heat-recovery chillers, this platform can materially reduce total facility water intensity versus traditional evaporative tower designs.
We map load profile, utility status, site constraints, and success metrics before scope is set.
We convert requirements into architecture for reliability, power quality, and phased growth.
We coordinate delivery, installation, and commissioning with one accountable lead.
We support lifecycle performance through operations, reporting, and optimization.
Outcome: faster energization pathways and resilient power architecture.
Focus: uptime, power quality, water stewardship, and long-term economics.
Learn moreOutcome: continuity-focused planning for high-consequence processes.
Focus: phased growth and reliable on-site generation.
Learn moreOutcome: reliability strategy across mixed-use facilities and priorities.
Focus: phased implementation aligned to institutional operations.
Learn moreOutcome: public-service continuity with transparent implementation governance.
Focus: ratepayer-aware planning and compliance-ready delivery.
Learn moreLockwood works with clients globally to identify and structure qualified pathways for investment tax credits, grants, and energy incentives under each project's regulatory context.
Our objective is to reduce eligible capital cost while keeping assumptions conservative until legal and tax advisors confirm final treatment.
We support advanced computing, cloud, enterprise, healthcare, public-sector, and other high-consequence operating environments.
Licensed engineers, architects, construction managers, and technical specialists operate as one delivery team from concept through commissioning.
We coordinate across leading fuel-cell and infrastructure providers while representing client priorities first.
