For Every Role
What Youree does for each team.
Same verified electrical model. Different answer for each role.
Facilities & Electrical Engineering
"The topology is wrong. We've always known it."
You're the one who knows the existing documentation doesn't match reality. SCADA lags. Single-line drawings are two upgrades out of date. When someone asks whether you can add 500 kW, you give a conservative number because you don't have a model you'd stake your career on.
Youree builds one, state-estimated from three independent sources, continuously reconciled against live measurements. The electrical digital twin you've been missing.
What you get
- ◆Physics-consistent site model: breaker states, conductor impedances, transformer taps
- ◆Continuous reconciliation across SCADA, EPMS, and documentary topology
- ◆Explicit confidence levels per node: the system knows what it doesn't know
Operations
"I need growth. I can't afford downtime."
Every new load proposal arrives with the same caveat: we think we have headroom. You've been burned before. An EV charging rollout that caused a demand spike. A BESS commissioning that tripped a feeder. You've learned to say no, because nobody can prove it's safe.
Youree doesn't ask you to trust the estimate. It proves the headroom (N-1 safe, contingency-analyzed) before any new load is dispatched. P0 assets are protected unconditionally at the constraint layer.
What you get
- ◆Guaranteed non-interruption of critical operations, defined, not assumed
- ◆Every setpoint validated against the live topology before it is sent
- ◆Fallback to pre-approved safe modes if connectivity or model confidence drops
Finance
"$1.8M and 24 months. Is there another option?"
Service upgrade quotes are capital-intensive and timeline-uncertain. Interconnection queue delays compound the cost of waiting. Every month of delay on a planned expansion has a real business cost that doesn't appear in the engineering estimate.
Youree quantifies what you actually have before you commit to CAPEX. In most constrained sites, there is 10–20% more usable headroom than the conservative buffer allows. That is the upgrade you defer or eliminate.
What you get
- ◆Quantified headroom analysis against existing service agreement, before any capital commitment
- ◆Typical deferral value: $500K–$3M+ for commercial and industrial sites
- ◆Documented N-1 margins to support internal approval and utility conversations
Sustainability & ESG
"Our green assets are making the constraint problem worse."
Every EV charger, BESS, and solar installation changes your site load profile. Without a verified topology model, you cannot prove what each asset is contributing, or what risk it is adding to the envelope. Your Scope 2 reporting is only as good as your metering.
Youree closes that gap. The electrical digital twin traces every asset's real contribution. DR offers are constructed against contingency-compatible headroom only, so you can commit to programs without compromising operations.
What you get
- ◆Asset-level traceability for Scope 2 and carbon reporting
- ◆DR commitments verified against live site model, not static assumptions
- ◆Real impact of each new green asset modeled before deployment
CTO / IT
"Power density is climbing. My service capacity is not."
Your racks are getting denser. Your customers want more. Your utility is quoting 18 months for a capacity upgrade. Meanwhile you are leaving PDU headroom on the table because nobody has a model accurate enough to dispatch against.
Youree runs on-site. No cloud round-trip in the control loop. Behavior during network outages is defined, not undefined. Every setpoint decision is logged, auditable, and explainable.
What you get
- ◆Deterministic on-site orchestration: full audit trail, explainable decisions
- ◆Physics-verified headroom per PDU, per transformer, per service entrance
- ◆No cloud dependency in the control path: local execution under any condition
Start the conversation
One diagnostic. Every stakeholder gets their answer.
Our engineers review your site topology, service agreement, and load schedules. The output is a quantified headroom analysis with N-1 margins.