iQGen Launches Platform to Unify Energy Funding and Operations

DOVER, Del. – March 02, 2026 – iQGen announced today the commercial launch of its v1 platform, an ambitious infrastructure solution designed to break down the silos between financing, operating, and orchestrating decentralized energy assets. The platform aims to accelerate the adoption of distributed energy resources (DERs) by creating a unified ecosystem for everything from residential solar panels to large-scale Virtual Power Plants (VPPs).

As the world transitions toward a more decentralized power grid, developers, asset owners, and operators have faced a fragmented landscape. Securing capital, deploying technology, ensuring cybersecurity, and managing operations have traditionally been separate, complex processes, creating significant friction and slowing progress. The iQGen v1 platform seeks to solve this by integrating these critical functions into a single, cohesive framework.

“Our mission is to enable sovereign control of energy and infrastructure assets by aligning capital and operational technology within a unified platform,” said Judson Willis, Chief Product Officer at iQGen, in the company's announcement. The launch signals a strategic move to address the core logistical and financial hurdles that have historically hindered the full potential of distributed energy.

A Unified Platform for a Fragmented Market

The distributed energy market is at an inflection point, with analysts from firms like Wood Mackenzie projecting a massive increase in DER capacity from sources like solar, battery storage, and EV charging. However, realizing the full value of these assets requires sophisticated management systems. The industry is rapidly moving toward integrated Distributed Energy Resource Management Systems (DERMS) that can manage assets both in front of and behind the utility meter.

iQGen v1 enters this dynamic space by offering a holistic solution that spans the entire project lifecycle. The platform is built to manage a broad array of infrastructure, including DERs, VPP aggregation, and real-time monitoring and control systems. Its modular design allows for deployment across diverse settings, from residential homes and commercial buildings to industrial facilities and grid-edge applications. By combining operational controls with embedded funding mechanisms, the platform aims to create a seamless path from project conception to long-term operation and market participation.

Unlocking Capital to Accelerate Deployment

A key differentiator for the iQGen platform is its direct integration of financial products. Historically, securing funding for DER projects, especially for smaller residential or commercial players, has been a significant barrier. iQGen v1 embeds a suite of capital solutions directly into its operational framework, designed to expand access and align financial incentives with performance.

These integrated funding solutions include:

• Residential and Commercial Solar Funding: Providing access to capital for solar projects of varying sizes.
• Asset-Backed Funding: Offering flexible repayment structures tied directly to the performance and revenue of the underlying energy asset.
• Power Purchase Agreements (PPAs): A well-established model that provides long-term revenue stability for asset owners and predictable energy costs for offtakers.
• Resilience and Project Capital: Funding for home improvement upgrades that strengthen energy systems and capital for large-scale commercial and industrial deployments.

By embedding these products, iQGen aims to streamline the application and approval process, making it faster and easier for property owners and developers to get projects off the ground. This approach mirrors a broader market need for innovative financing to support the clean energy transition, including initiatives from government bodies like the Department of Energy's Loan Programs Office, which actively supports VPP development.

Orchestrating the Virtual Power Plant Revolution

One of the most significant applications of the iQGen v1 platform is its ability to aggregate disparate DERs into cohesive Virtual Power Plants. VPPs are collections of decentralized energy resources—like rooftop solar, battery storage, smart thermostats, and EV chargers—that are orchestrated by software to act as a single, flexible power plant. The U.S. Department of Energy has set an ambitious goal to triple VPP capacity by 2030, recognizing their critical role in enhancing grid flexibility, affordability, and resilience.

The iQGen platform provides the essential tools to make this a reality for more asset owners. Its capabilities include secure resource aggregation, dispatch optimization to respond to grid signals, and direct integration with utility and energy markets. This allows owners of DERs to unlock new revenue streams by participating in demand response programs and providing ancillary services to the grid. For grid operators, a fleet of well-orchestrated VPPs offers a vital tool for balancing supply and demand, especially as intermittent renewable sources like wind and solar make up a larger share of the energy mix.

Fortifying the Grid Edge with 'Sovereignty-First' Security

As the energy grid becomes more distributed and digitally connected, its vulnerability to cyber threats increases. Protecting this critical infrastructure is paramount, especially in regulated and mission-critical environments. iQGen addresses this head-on with a 'sovereignty-first' security architecture embedded at the core of its platform.

This framework is built on several key principles of modern cybersecurity:

• Zero-Trust Architecture: The platform operates on the assumption that no user or device can be trusted by default. Every access request is strictly authenticated and authorized, preventing unauthorized actors from moving laterally within the network.
• End-to-End Encryption: All data is encrypted whether it is at rest on a server, in transit across the network, or in use during processing. This ensures the confidentiality and integrity of sensitive operational and financial information.
• Customer-Controlled Encryption: In a significant move toward data sovereignty, the platform allows customers to manage their own encryption keys. This gives asset owners ultimate control over who can access their data, preventing even the platform provider from accessing it without explicit permission.

This robust security posture is complemented by bundled connectivity and edge-network services delivered through strategic partnerships, creating a unified infrastructure stack for managed energy, data, and security. The platform's ability to support edge-native deployments also means critical functions can continue operating autonomously even if central connectivity is lost, further bolstering resilience at the grid's edge.