Company overview

An integrated developer of contracted, infrastructure-grade energy assets.

Power Solution Inc. operates across four technology verticals, utility-scale and distributed solar, battery energy storage, green hydrogen, and green ammonia, with an active presence across high-demand U.S. power markets and the broader U.S. Southeast.

Business overview

A milestone-sequenced development framework.

PSI's development framework prioritizes the de-risking milestones that long-term asset owners and lenders care about most: site control secured before committing capital, permitting completed before construction begins, and offtake structured before projects enter the capital stack.

This sequencing minimizes speculative risk and positions each project for efficient financing and delivery, the framework behind PSI's roughly $20 million of deployed development capital and its active projects at Notice-to-Proceed and in construction.

"PSI's development model is built on behind-the-meter siting, standardized project configurations, and contracted revenue from inception, a framework designed to deliver infrastructure-grade assets with predictable timelines and clear revenue visibility."

Company Overview

Competitive differentiation

Differentiating attributes.

Behind-the-meter green molecules

PSI's core model generates power and consumes it on-site to produce green hydrogen and ammonia, behind the meter. The output is a storable, transportable commodity sold under long-term industrial offtake, rather than electrons exported to the grid.

No interconnection-queue dependency

Because the behind-the-meter facilities convert power into hydrogen and ammonia on-site, the green-molecule projects do not wait on multi-year grid-interconnection queues, removing one of the most common sources of development delay.

Contracted revenue from inception

Projects advance only where PPAs or industrial offtake agreements are in place or in advanced negotiation, ensuring revenue visibility before capital is committed to construction.

Integrated platform

Developing across generation, storage, and downstream industrial products, PSI serves customers with combined power and commodity requirements within a single platform.

Development framework

Sequence from origination to operation.

Each stage is completed and de-risked before the next commitment of capital.

Behind-the-meter power strategy

Engineering studies and on-site power configuration for standardized ~5 MW installations across high-demand Southern U.S. markets. For the green-molecule projects, generation is sized to be consumed behind the meter to produce hydrogen and ammonia, avoiding multi-year grid-interconnection queues.

Site control & land

Land acquisition, leases, and easements executed across multiple project sites, eliminating site optionality risk and providing a clear path from development to construction.

Permitting & regulatory

Environmental studies, local and state permitting, and FERC eligibility established across the portfolio, eliminating one of the most common sources of project delay.

Commercial & offtake execution

Long-term PPAs and industrial offtake agreements negotiated and executed across the solar/BESS and green ammonia portfolios before projects advance to capital-intensive stages.

Procurement & construction

Procurement of long-lead equipment and commencement of construction. Active projects have achieved NTP and entered construction, validating PSI's execution model.

Market presence & strategy

Two primary U.S. markets.

Southern U.S. power markets

PSI's distributed solar and BESS portfolio is built around standardized ~5 MW installations with rapid permitting. The regional industrial base provides a strong demand anchor, with behind-the-meter hydrogen and ammonia facilities consuming generation on-site.

Green ammonia (national)

Production facilities target industrial buyers requiring large-volume, long-term supply of low-carbon ammonia for agricultural, chemical, and export applications, reflecting contracted and advanced-stage offtake relationships with industrial counterparties.

Platform and technology.

Full-lifecycle development capabilities across the technology stack.