Utilities at Joule Junction — solution context

Solution · P1

Utilities

DER aggregation, VPP, grid-edge services, IEEE 2030.5-native.

500 kW–10 MW
Typical capacity
Utility / DNSP / aggregator
Primary buyer
P1
Priority tier
Projected / Targeting
Outcome confidence

The problem

Why this matters

Buyer pain first — architecture second. If the problem is not real, the stack is irrelevant.

Utilities need standardised DER integration without proprietary lock-in.

Buyer jobs

  • · Integrate DER with standardised profiles
  • · Enable VPP / aggregation paths without proprietary lock-in
01

Utilities need standardised DER integration without proprietary lock-in.

Architecture notes

  • · IEEE 2030.5-native metering and control intent
  • · Open architecture over single-vendor DER stacks

Architecture

How Joule Junction addresses it

Deployment scale 500 kW–10 MW. The solution traverses these energy-flow stages on the open DC platform.

Energy-flow path

  1. 01MeteringMeasurement at every point — grid edge, DC bus, load, charger. IEEE 2030.5-native.
  2. 02ControlEnergy management, dispatch optimisation, forecasting, VPP participation.
  3. 03MarketsEnergy market participation — demand response, VPP bidding, tariff arbitrage, carbon markets.
  4. 04Grid InteractionGrid-forming, grid-following, export limiting, Volt/VAR, frequency response, black start.

Commercial outcome

What you are targeting

Outcomes below are design-target projections unless marked measured or customer-reported.

Projected / Targeting

DER aggregation revenue via VPP participation.

Evaluating utilities for your project?

Talk with Joule Junction about site capacity, load profile, and architecture fit — platform first, products second.