1. lvsota Platform

    Equipment and
    data integration

    Connect multi-vendor equipment and existing systems through standard communication protocols and data interfaces. Use the data for monitoring, alerts, reports, and energy management.

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  2. Structure revealed

    Four areas of
    system work

    Interfaces, data processing, operating rules, and system outputs form the basis for development, testing, and acceptance.

  3. Continuous inspection

    Project documents record each layer's responsibilities, inputs, and outputs for testing, maintenance, and adjustment.

    01 / 04

    Connector

    Connect site equipment

    Connect existing devices through industrial communication protocols and network interfaces, retaining the source, time, and communication quality of every reading.

    Source signals converging into one connected stream Data flow

  4. 02 / 04

    Data Model

    Standardize operating data

    Align point names, units, and timestamps across vendors. Define shared fields for equipment status, power, load, battery level, and events.

    Different source fields aligned to a shared schema Data flow

  5. 03 / 04

    Rules Engine

    Apply operating boundaries

    Apply safety limits, contract conditions, and deterministic rules. AI and optimization functions advise or act within approved boundaries.

    A condition withholds input before permitting it onward Data flow

  6. 04 / 04

    API Gateway

    Deliver system outputs

    Deliver status, alerts, reports, and approved commands through one interface, keeping applications separate from device details.

    One processed result routed to several outputs Data flow

  7. System reassembled

    System maintenance and
    functional extensions

    Functions adapt as use develops. Data access and equipment control follow permissions.

Platform closed lvsota middleware
01 / 07

Equipment and data integration
starts with existing systems

Start with the equipment, interfaces, and data already on site. Energy and storage management are core applications, alongside equipment monitoring and operational workflows.

Explore the energy-management interface Equipment data integration guide Field operations systems Explore AI / LLM implementation Field information
Existing equipment and interfaces
lvsota inventories meters, solar inverters, storage, sensors, gateways, and existing systems with their interfaces and point lists, then connects available data through standard communication protocols or another agreed interface.
System data
Power, consumption, load, equipment state, events, timestamps, and data quality follow the operating goal. Demand management, alerts, reports, and analysis use explicit inputs, update rates, and acceptance checks.
Monitoring and management functions
lvsota develops dashboards, trends, alerts, asset records, inspections, and reports to suit each project. Equipment control requires permissions, safety rules, failure handling, and site tests before approval.

System outputs

System outputs and
management functions

A shared set of site data supports dashboards, reports, control, and analysis.

  1. 01

    Dashboard

    One view of equipment status, energy trends, and communication quality, so operators can spot a faulty circuit or lost signal.

  2. 02

    Reports

    Daily generation, demand changes, and alert events are kept and can be exported to spreadsheets as monthly energy and event working papers.

  3. 03

    Control

    Control commands pass permission levels and safety-rule checks, are issued after approval, and are logged. Protection applies on failure.

  4. 04

    Agents

    Once data has built up, add forecasting, diagnosis, and document retrieval as management needs require.

AI application planning

Each application is scoped around available data and operating needs.

Reporting assistance
Organizes energy, emissions, and management indicators into internal report drafts and working papers.
Load forecasting
Uses historical consumption and available external data to prepare forecasts for scheduling and management.
Maintenance knowledge retrieval
Searches equipment manuals and maintenance records. Qualified personnel perform field work under approved procedures.

Project delivery

System
implementation

  1. 01

    Step 01

    Inventory requirements

    Document equipment, data sources, site scale, and management goals.
  2. 02

    Step 02

    Connect and validate

    Connect equipment or systems and check points, data quality, and agreed functions.
  3. 03

    Step 03

    Build the system

    Implement monitoring, asset records, inspections, alerts, reports, and other agreed functions.
  4. 04

    Step 04

    Maintain and extend

    Maintain and extend the system as needs change. New analysis, automation, or control functions reset data and permission conditions.

Project planning and
next steps

Discuss system implementation, data connection, or a proof of concept with lvsota.

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