Solutions Overview
We start with load profile, uptime requirements, utility status, and site constraints. Then we align technology, financing, and delivery around project reality.
The primary pathway for mission-critical campuses needing schedule control, high reliability, and measurable emissions or water performance.
Typical architecture: high-efficiency fuel cells or equivalent, battery storage, and optional solar or heat recovery.
Delivery emphasis: feasibility-led design, integration planning, commissioning, and long-term operating support.
A situational pathway for projects where feedstock availability, permitting conditions, and operating profile support long-term fit.
When this fits: sites requiring controllable output with a validated fuel and compliance pathway.
Delivery emphasis: site-fit evaluation, compliance planning, and lifecycle accountability.
Commercial structure is aligned to project constraints, counterpart risk, and long-term operating priorities rather than a fixed template.
Depending on fit, plans may include long-term energy services agreements, financing support, and phased investment pathways.
Availability: 100% financing can be available for qualified clients.
Lockwood supports clients globally in identifying and structuring projects that may qualify for applicable investment tax credits, grants, and energy incentives.
The pathway is aligned to each jurisdiction's regulatory framework and developed to help reduce eligible capital cost on qualified infrastructure and equipment.
Approach: assumptions are modeled directionally and finalized through legal and tax advisor review.
Technology follows operating requirements, not standard product bundles.
We evaluate schedule risk, reliability targets, utility interfaces, water and emissions priorities, and long-term economics before final recommendations.
Scope is finalized only after feasibility, integration, and commercial structure are aligned.
