Electrification
Fleets, heat, industrial processes moving from fuel to electricity. Every new load needs infrastructure.

Technology
Not a product catalogue — the physics, protocols, and security model that make a common DC bus workable at commercial and industrial scale.
Current flagship
Why now
Three forces pushing sites past passive AC distribution.
Fleets, heat, industrial processes moving from fuel to electricity. Every new load needs infrastructure.
GPU racks at 400 kW–1 MW make 54V distribution physically non-viable. 800V DC is the only path.
Connection queues stretching years. The bottleneck is distribution, not generation.
Topics
Problem-first deep dives — architecture first, products second.

Deep dive
Why higher-voltage DC is the right architecture for C&I energy density.
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Deep dive
Smart energy profile for DER, BTM, demand response, and VPP.
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Deep dive
Power electronics and software-defined energy infrastructure.
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Deep dive
IEC 62443-aligned security design for energy infrastructure.
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Deep dive
Open standards the platform is designed around — no vendor lock-in.
Learn more →Digital layer
Native IEEE 2030.5 architecture. The digital layer across DC BUS, Metering, and Energy Management.
IEEE 2030.5
Smart energy profile — DER, BTM, demand response, VPP.
OCPP 2.0.1 / 2.1
EV charging communication.
ISO 15118-20
V2X (V2G, V2H, V2L, V2B).
Standards
Utility-ready interoperability targets — not certified marks.
IEEE 2030.5
Smart energy profile — DER, BTM, demand response, VPP. Native, not bridged.
CSIP-AUS
Australian smart inverter profile — IEEE 2030.5 implementation for DNSP compliance.
OCPP 2.0.1 / 2.1
EV charging communication + metering.
ISO 15118-2 / -20
V2X — V2G, V2H, V2L, V2B — all DC output voltages.
IEC
Global market compliance.
IEC 62443
Cybersecurity — secure comms, certificate management, remote updates, identity management.
Talk with Joule Junction about physics, protocols, and site constraints.