Solution
We design and deliver low-emission on-site microgrids that pair high-efficiency fuel-cell generation, battery storage, and optional solar or heat recovery.
Schedule certainty through phased deployment that can reduce reliance on uncertain utility timelines.
High reliability and power quality with battery ride-through and island-capable architecture.
Lower water and emissions intensity with transparent data for ESG and stakeholder reporting.
Predictable commercial framework through long-term service structures aligned to performance.
We support project structuring across capex and service models, including financing pathways for qualified counterparties.
Lockwood works with clients across geographies to align incentive pathways with each jurisdiction's regulatory framework and project structure.
Investment tax credits, grants, and related incentives are validated with legal and tax advisors before close.
Our on-site power architecture is built around solid oxide fuel cell technology that consumes no water during normal electricity production, enabling a fundamentally different water profile compared to conventional generation.
When paired with non-evaporative cooling strategies (air-cooled or direct-to-chip liquid cooling) and optional heat-recovery chillers, the platform can materially reduce total facility water intensity versus traditional evaporative tower designs.
Every project follows one accountability framework: assess, design, deliver, and support.
No. We remain vendor-neutral and select architecture based on project requirements.
Yes. Integration planning is a core design workstream from the start.
Yes. Phasing is aligned to load growth, commissioning windows, and operating priorities.
We manage end-to-end delivery accountability through procurement, integration, and commissioning.
Often yes, including structures that prioritize performance and lifecycle support.
No. Eligibility and treatment depend on project specifics and advisor confirmation.
