πŸš€ Station A Distributed Capacity Beta

Firm capacity for hyperscaler load, delivered in months.

We aggregate modular battery sites into a single utility-grade fleet. We unlock capacity on constrained feeders so your next data center interconnects on your timeline, not the grid's. Behind it is the same technology and provider network we use to originate and deliver distributed energy projects at portfolio scale.

Station A Platform
Time to new power: hyperscaler need vs supply options Hyperscaler demand requires power in 12 to 24 months, while interconnection queues, new central generation, and new transmission all take five to ten years or more. 0 2 4 6 8 10+ yrs Hyperscaler need when power is required 12-24 mo Interconnection queue time to get on the grid 5-7 years New central generation peakers and supply chain 5-7 years New transmission lines and substations 7-10+ years

The problem

Hyperscale load is growing faster than the grid can expand to meet it. New data centers sit in interconnection queues for five to seven years. Central peaker plants take longer. Every quarter of delay is deferred revenue, stranded capex, and lost ground to competitors already online.

The standard playbook is to wait or self-build generation. Neither is sufficient for the pace hyperscalers now need.

Our solution

A distributed dispatchable fleet, contracted as one resource. Station A originates, delivers, and aggregates distributed generation and storage sited on constrained utility feeders. The fleet is dispatched as a single utility-grade capacity asset, singularly contracted through Station A.

Once that capacity is unlocked, the utility can interconnect you without waiting on transmission or central generation.

Station A distributed capacity platform: many sites, one fleet, one contract Station A aggregates distributed storage sites across warehouse, logistics, cold storage, industrial, fulfillment, and data center properties on constrained utility feeders, operates them as one fleet, and delivers one utility-grade capacity asset under a single contract. Warehouse Logistics Cold storage Industrial Fulfillment Data center Station A Β· orchestrated as one fleet One capacity asset, one counterparty

πŸ—ΊοΈ Feeder-Targeted Origination

Capacity where the grid needs it

We overlay utility capacity data, interconnection constraints, and planned load to pinpoint the specific feeders where distributed storage unlocks the most value, then originate battery projects at sites along these feeders.

Feeder-targeted origination: Station A ranks feeders by storage value and originates only above the cutoff A ranked list of six feeders sorted by storage value score. A dashed origination cutoff line separates the top three, which receive sites, from the bottom three, which do not. FEEDER STORAGE VALUE ORIGINATE? F-018 Yes F-012 Yes F-014 Yes ORIGINATION CUTOFF F-022 β€” F-034 β€” F-005 β€”
Per-site competitive bidding: EPCs, developers, and financiers bid on each site Four bidders compete on one site. Each bid is benchmarked on price, schedule, and performance. The best bid is selected. Provider 1 Price $0.95/W Schedule 16 weeks Performance 4.2 β˜… Provider 2 SELECTED Price $0.87/W Schedule 14 weeks Performance 4.5 β˜… Provider 3 Price $1.02/W Schedule 12 weeks Performance 3.8 β˜… Provider 4 Price $0.91/W Schedule 18 weeks Performance 4.0 β˜…

πŸ“Š Resilient Execution Marketplace

Every site, bid competitively

Station A’s marketplace creates a more resilient path to construction by distributing execution across a broad network of vetted capital providers, developers, EPCs, and operating partners. That broader network increases competition, drives down price, improves speed, and reduces execution risk by avoiding dependence on any single provider, region, or bottleneck.

πŸ›°οΈ Integrated Fleet Operations

Many sites, one dispatchable resource

Centralized telemetry, controls, and dispatch mean the fleet behaves like a single utility-grade capacity asset. Every site is monitored, called on, and measured against the same performance standards.

Integrated fleet operations: centralized telemetry, controls, and dispatch across nine sites A single dispatch command sends 135 MW across nine distributed sites. Each site's output is synchronized to the fleet-level signal. Live dispatch Β· 135 MW across 9 sites, synchronized W-012 14 MW L-034 17 MW C-018 13 MW I-056 15 MW F-022 18 MW W-073 13 MW L-089 17 MW C-041 13 MW I-102 15 MW

The largest C&I property owners in the country host batteries on their sites via Station A.