How It Works
Operating within fixed electrical limits - without breaking operations
Youree enables large sites to operate within fixed electrical limits by coordinating all power-drawing systems behind the meter - in real time, under real operational constraints.
Most large sites don't fail because they lack equipment.
They fail because independently optimized systems collide at the electrical service.
HVAC, kitchens, compressors, lighting, production equipment - and EV charging when present - each system works correctly on its own.
The problem appears when they all demand power at the same time.
Youree exists to solve that coordination problem.
How It Works
The Computation Cycle
From raw data to optimised dispatch in a single, deterministic loop.
01
Asset Intake: Reading the Site in Real Time
Before any decision is made, Youree connects to the site's existing control systems.
This is the foundation: live data from CSMS, BMS, and BEMS feeds into the orchestration layer.
Your team defines priorities and guardrails first — optimization happens inside that envelope.
What Youree ingests
- Charging session data and EV availability from CSMS
- Building load and HVAC state from BMS
- Energy meter readings and demand from BEMS
- Site electrical limits and operational rules
No new sensors required. Youree works with what is already instrumented.
02
Site Model: Building the System Graph
Every asset has a load profile.
Every circuit has a capacity limit.
Every interaction between systems shapes the available headroom.
What the site model captures
- Electrical topology and circuit capacities
- Asset priorities and operational constraints
- Time-based load patterns and flexibility windows
- Dependency rules set by your operations teams
Important clarification
This is not a static configuration. The site model updates continuously from live asset data — reflecting real operating conditions, not assumed ones.
03
Power Flow Compute: Calculating What the Network Can Support
With the site model in place, Youree computes power flows across the electrical network.
This determines the actual capacity available at each node — considering line losses, voltage constraints, and current load distribution.
What this enables
Without a network-aware power flow calculation, capacity estimates are guesses. With it, Youree knows exactly how much headroom exists at each point in the site — in real time.
04
Site Headroom: From Capacity to Action
What headroom calculation produces
From the power flow results, Youree computes:
- ·Available capacity per circuit and per node
- ·Which loads can be shifted without constraint violations
- ·Alternative load curves for flexible assets
- ·Flex market participation windows
How Youree uses headroom
Headroom drives every dispatch decision:
- Sequencing loads to stay within limits
- Identifying peak reduction opportunities
- Preparing flex market offers in real time
Outcome
The site unlocks capacity it already has — without grid upgrades. Flexible loads shift in time, not in volume.
05
Dispatch: Setpoints Sent, Operators in Control
Youree is an orchestration layer, not an autopilot.
What operators retain
- ·Define priorities and guardrails
- ·Approve operating envelopes
- ·Override any decision at any time
Transparency
Every dispatch decision is logged, explainable, and reviewable. Operators see what was dispatched and why.
Reliability
Site safety runs locally. Your site never depends on cloud connectivity to stay safe. Uncertain conditions trigger pre-approved safe modes.
What Youree Is Not
What it is instead
Youree sits above existing systems and coordinates how they share a constrained electrical resource.
When Does Youree Apply?
Youree is relevant when:
If none of these are true, Youree is probably not needed.
Next Step
If electrical capacity is becoming a constraint on your operations or growth, the next step is a technical conversation.
We'll review your constraints, your growth plan, and identify the fastest path to unlock capacity.