Medium Node — Urban / Community Energy Hub

Energy Storage (BESS): Capacity: 1.5 – 3.0 MWh, Power: 0.75 – 1.5 MW

Solar PV System: Capacity: 1.5 – 2.5 MWdc, Configuration: Canopy + adjacent ground mount

EV Charging: 6 – 8 DC Fast Chargers, 150 – 200 kW each, Total Managed Load: 0.9 – 1.6 MW

Grid Interconnection: Medium-voltage (12 kV / 21 kV class),

Integrated with utility planning

Primary Use Case

  • Community hubs

  • Retail centers

  • Fleet + public mixed usage

Strategic Role: The economic engine — optimized for multi-revenue stacking and stable IRR

Small Node — Corridor / Rural Deployment

Energy Storage (BESS) : Capacity: 0.5 – 1.0 MWh, Power: 250 – 500 kW

Solar PV System: Capacity: 0.5 – 1.0 MWdc, Configuration: Ground-mount or canopy

EV Charging: 2 – 4 DC Fast Chargers, 150 – 200 kW each, Total Managed Load: 300 – 800 kW

Grid Interconnection: Typically secondary or small primary service,

Faster permitting and lower upgrade risk

Primary Use Case

  • Highway corridors

  • Rural towns

  • Early-stage network expansion

Strategic Role: Low capital, high coverage — enables network footprint expansion with controlled risk

Large Node — Flagship Resilience Hub

Energy Storage (BESS): Capacity: 4 – 8 MWh, Power: 2 – 4 MW

Solar PV System : Capacity: 3 – 6 MWdc, Configuration: Large-scale canopy + ground mount hybrid

EV Charging: 12 – 20 DC Fast Chargers, 150 – 350 kW each, Total Managed Load: 3 – 6 MW (managed)

Grid Interconnection: Dedicated feeder or substation-level interconnection, May require utility upgrades

Primary Use Case

  • Emergency response hubs

  • Transportation depots

  • Critical infrastructure nodes (hospitals, government, logistics)

Strategic Role: Anchor asset — delivers maximum resilience value + policy alignment + visibility

RAVEN Control System — The Intelligence Layer

RAVEN is powered by an advanced energy management system that coordinates generation, storage, charging demand, and grid interaction in real time.

It optimizes performance under normal conditions and enables seamless transition to resilient operation during outages.

This intelligence layer transforms each node from a standalone asset into a responsive, grid-aware energy system.