See the facility as a system.
Bring bills, meter data, generation, storage and major loads into one operating picture.
Liability Liberators builds the intelligence layer between a facility and its power system. We map how energy is produced, purchased, stored and consumed, then move toward optimization and control.
Bring bills, meter data, generation, storage and major loads into one operating picture.
Surface peak demand, operating patterns, generation behavior and loads that may be shifted or sequenced.
Move from recommendations to bounded automation as data quality, trust and device integrations mature.
Locate the periods when demand becomes expensive or operationally sensitive.
See where actual operating behavior diverges from the expected profile.
Find where solar, storage or generation is available but poorly coordinated.
Identify processes that may be shifted, curtailed or sequenced without disturbing critical work.
Define which decisions and devices can move from manual handling toward automation.
Map critical dependencies and the controls needed when grid conditions change.
The control layer connects sources, storage and facility loads so operating decisions can become measurable, repeatable and eventually automated.
Each commercial layer creates the next technical layer, from facility data to optimization software, control hardware and distributed energy systems.
Assessment, modeling and operating insight.
Continuous forecasting and recommended operating decisions.
Software and hardware begin executing bounded energy decisions.
Grid, generation, storage and loads coordinated at industrial sites.
A control layer coordinating fleets of intelligent facilities.
A focused engagement that turns facility energy data into an operating model, a prioritized opportunity map and a clear path toward automation.
Three distinct ways to enter the system, depending on where the facility is today. Each application asks for the operating detail needed to determine fit.
One facility. One documented operating model. One prioritized path from measurement to control.
Continuous monitoring, forecasting and optimization using the facility's operating data.
Software, edge hardware and engineering for bounded automation and microgrid control.
Use this general route for questions, partnerships or facilities that do not fit one of the three applications. For a commercial application, use the matching button above so we can ask the right questions immediately.
Liability Liberators starts with measurement and operational context. We do not require a facility to jump straight into hardware or automation.
We build an operating model of how a facility produces, purchases, stores and consumes electricity. The first commercial engagement is the Energy Autonomy Assessment. From there, customers can move into recurring optimization and, where the technical conditions support it, control integration.
It is designed for industrial and infrastructure operators with meaningful electricity costs, complex power arrangements, multiple energy sources, or a clear need to improve operating visibility and resilience. One facility is enough to begin.
We start with the information that already exists: utility bills, meter data where available, generation or storage information, major load information, and relevant operating context. The application helps determine what is actually available before work begins.
The initial Liability Liberators product is the intelligence and control layer. Where deployment requires physical equipment or electrical work, those components are scoped separately and can involve qualified third party engineering, electrical and equipment partners.
No. The assessment identifies and quantifies opportunities supported by the available facility data. Any financial impact estimate is treated as an analysis to validate, not a guaranteed outcome.
You receive the operating model, prioritized findings and a control path. Where recurring optimization is appropriate, the next step is the Continuous Optimization offering at $10,000 per month. Control and microgrid projects are scoped separately because their requirements depend on the facility.
Yes. The assessment can begin remotely where the required data can be shared electronically. Physical commissioning and electrical work depend on site location, applicable standards, local partners and project scope.
The System View is a product architecture explorer. It shows how sources, storage, control logic and facility loads fit together. It is not presented as a live feed from a customer's facility unless that facility has actually been connected to the system.
Automation depends on data quality, device access, control interfaces, safety requirements and the decisions the customer is comfortable delegating. We favor bounded automation with explicit operating limits and commissioning procedures.
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