Solmar Capital Corp operates at the intersection of utility-scale energy and digital infrastructure. We run a proprietary mandate-to-intake matching system that standardizes buyer criteria and project data into comparable profiles, enabling faster screening, tighter targeting, and a disciplined path to execution.
Solmar helps development and large-load infrastructure teams reach speed to market by sourcing and validating sites that meet their power, infrastructure, and siting requirements. Every opportunity presented is curated to align with your mandates and development goals.
We work with developers and sponsors to validate scope, stage, and key fundamentals, then package opportunities into clear, market-ready materials. Where it materially improves financeability and transaction readiness, we engage trusted specialist partners for interconnection, engineering, permitting, staffing, and other targeted execution support.
We work with data center developers, operators, and large-load infrastructure teams to define power requirements, delivery timelines, and siting parameters. We then align those requirements with vetted developers and actionable energy opportunities, as well as de-risked land that supports data center development pathways, including utility-supplied, behind-the-meter, and hybrid strategies where appropriate. Information exchange is managed through controlled, staged disclosure. Introductions remain selective. Progress is tracked against clear milestones.
We run focused introductions and structured coordination so mandates reach qualified counterparties, not broad lists. Solmar coordinates meetings, materials, and process milestones through closing, while counterparties retain responsibility for diligence and direct negotiations.
Solmar connects developers, sponsors, operators, and capital across energy and digital infrastructure through a structured intake process and a proprietary mandate-to-intake matching system. We convert buyer and operator requirements into clear criteria, standardize project intakes into comparable profiles, and make introductions only when there’s a defined fit and capacity to execute. After the introduction, counterparties engage directly through review and diligence.
We connect teams with specialist firms to close execution gaps and accelerate readiness. Support may include interconnection, engineering, permitting, land, environmental review, staffing, and related workstreams. Each opportunity is aligned with providers whose capability and delivery capacity match the market and project status, reducing friction and avoiding ad hoc resourcing.
We maintain a curated network across utility-scale energy and digital infrastructure, including developers, buyers, operators, advisors, and specialist service providers. Partnerships are built around defined capabilities and repeatable demand, not generic relationship sharing. Clients gain a single-entry point into relevant counterparties and execution resources. Partners receive introductions tied to defined needs and realistic scope.
We work with utility-scale energy developers, independent power producers, and project owners originating new sites, advancing projects, or preparing portfolios for sale, recapitalization, or partnership. Our role is to position opportunities clearly, align them with qualified buyers and partners, and coordinate a disciplined process with controlled information flow.
We collaborate with data center developers, operators, and other large-load infrastructure groups seeking power-aligned opportunities. Solmar curates relevant energy pathways and coordinates targeted introductions so your team engages opportunities that match defined requirements, rather than generic deal flow. This helps reduce sunk costs and risks, and improves speed to market.
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LG Energy Solution’s $4.3 billion partnership with Tesla marks a pivotal step in expanding US-based LFP battery production, supporting electric vehicle manufacturing and clean energy goals.
Innovations in power conversion technology are helping data centers reclaim wasted capacity and improve AI infrastructure efficiency amid growing energy demands.
