Distributed Sun Backs Trutility to Scale Grid Assets

• Distributed Sun powers trutility, a US platform developing and operating front- and behind-the-meter energy assets—batteries, community solar, microgrids—backed by gigawatt-scale IP, cash flows, and faster automation.

Distributed Sun is backing the launch of trutility, a US infrastructure platform meant to develop, own and operate energy assets on both sides of the electricity meter. Distributed Sun is an anchor investor, contributing a gigawatt-scale front-of-meter development portfolio and productized intellectual property, while its behind-the-meter unit, trucurrent, supports the platform.

trutility is combining battery storage, community solar, distributed generation and microgrids, ranging from megawatt to gigawatt-hour projects. Contributed assets include battery portfolios, community solar across multiple states, operating microgrids and 24 front-of-meter battery sites, with the battery pipeline planned to double this year. The platform covers 14 utility rate territories backed by contracted cash flows, plus some merchant exposure, and uses data-driven automation to cut certain underwriting and related tasks from weeks to hours.

How will Distributed Sun’s trutility scale behind- and front-of-meter energy assets?

• Invests and compounds scale by leveraging a “reusable build” model: Distributed Sun-backed productized technologies and standardized development/operations playbooks that can be replicated across new project sites and utility territories faster than custom deployments.
• Scales front-of-meter capacity through gigawatt-class, portfolio-style development—using battery, community solar, distributed generation, and microgrid templates to expand output in discrete tranches (megawatt to gigawatt-hour) rather than one-off projects.
  
• Expands behind-the-meter footprint by routing distributed generation and battery deployments through repeatable customer and site enablement workflows, with operating support from the platform’s behind-the-meter arm (trucurrent).
  
• Builds an “asset-to-platform” loop: early project performance feeds automation and underwriting refinements, reducing cycle times and improving how quickly new storage, solar, and microgrid opportunities can be qualified and commissioned.
  
• Uses contracted cash-flow frameworks across multiple utility rate territories to support repeatable financings and reduce reliance on purely merchant market upside as capacity scales.
  
• Combines portfolio operating expertise with data-driven automation to compress back-office and underwriting activities—turning “weeks to hours” for specific tasks—so additional projects can be onboarded without a proportional increase in staffing.
  
• Advances scale by aggregating multiple project types into a single operating platform, enabling co-optimization and smoother procurement for components (e.g., inverters, interconnection-driven hardware, and storage integration).
  
• Extends throughput by maintaining a pipeline that can grow each year: the platform’s battery pipeline is designed to expand rapidly, providing a consistent “feedstock” of deployable megawatt-scale projects that can be assembled into gigawatt-hours.
  
• Strengthens resiliency and market reach via microgrids and distributed energy systems that can serve both load management needs (behind-the-meter) and grid services/hosting capacity (front-of-meter).
  
• Uses operating microgrid experience to scale standardized controls, monitoring, and dispatch strategies—reducing commissioning friction when adding new sites.
  
• Balances risk as it grows by pairing contracted revenue exposure with a controlled amount of merchant exposure, allowing the platform to scale while still adapting to market and policy conditions.
• Enables utility-facing expansion by targeting 14 utility rate territories through an established operating and development footprint, allowing scale-out to follow an execution pathway rather than starting from scratch in each new jurisdiction.