Platform

Distributed Energy Infrastructure Platform

CitizenSolar is structured as a storage-first distributed energy platform combining DER orchestration, BESS fleet operations, trusted telemetry, and a constrained governance layer.

Platform Frame

Storage orchestration, telemetry, and operator software in one commercial path

The platform surface should read as a coherent stack: field telemetry, storage operations, Community Energy Bank logic, and partner-facing deployment pathways.

Abstract diagram of platform orchestration, telemetry, storage, and operator layers.

release-readyPlatform

Platform framing stays storage-first and deployment-aware.

Commercial scope, pilot path, and research boundaries remain explicit.

Audience

Municipalities • Energy communities • C&I buyers

Core Focus

Commercial Operating Stack

Best Next Route

Agentic Grid Orchestration

What To Review First

Commercial Operating StackDeployment Model

Quick Route Actions

Open the next commercial surface, move into buyer guidance, or start a scoped inquiry without leaving the current page.

Review Agentic Grid Orchestration Open Product Catalog Open Solution Tracks

Jump To Section

Overview

Platform Stack

Next Steps

Platform Stack

Commercial Operating Stack

The release-ready stack centers on hardware onboarding, telemetry assurance, storage coordination, operator software, and deployment services rather than speculative platform theater.

• DER orchestration and fleet visibility
• BESS-first reserve and dispatch posture
• Operator console and reporting surfaces
• Trusted telemetry and attestation

Operator Console

Open the deployment and operations workflow surface.

Deployment Model

CitizenSolar is designed for municipal, campus, industrial, and community energy deployments where storage, telemetry, and reserve policy must remain legible to operators and stakeholders.