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GITA50001
Product overview

The complete ISO 50001 energy management system, built to be trusted

Gita 50001 replaces spreadsheets, disconnected meters and untrustworthy baselines with one platform that plant engineers, energy managers and auditors can all rely on.

Why Gita 50001 exists

Most industrial plants already have an ISO 50001 certificate, an energy manager and a stack of spreadsheets. What they don't have is confidence: confidence that the baseline used in the management review is the same one an external auditor would accept, confidence that this month's utility bill was checked against actual metered consumption, confidence that an action closed two years ago is still saving what it was supposed to save.

The problem is not data. It's where the data lives.

Plants are not short of data. Meters, PLCs and SCADA systems already generate more energy data than any spreadsheet can hold. The problem is that this data is scattered — an export here, a manual log there, a regression built once in a spreadsheet and never touched again — so nobody can answer a simple audit question quickly: show me the baseline, show me the relevant variable, show me the record.

  • A baseline built once in Excel, with no record of its R² or who approved it.
  • A monthly bill paid without checking it against the metered consumption it's supposed to reflect.
  • An internal audit finding tracked in a spreadsheet that nobody opens between certification cycles.
  • A savings claim with no measurement and verification behind it beyond a single before/after comparison.

A system built around the clause structure, not around generic reporting

Gita 50001 is not a generic BI dashboard with an energy skin. It is structured around the actual clauses of ISO 50001:2018 — energy review, baseline and EnPI, monitoring and targeting, objectives and action plans, measurement and verification, internal audit and management review — so that every screen in the product corresponds to a specific obligation the standard places on the organisation.

An energy management system is only as credible as its weakest record. Gita 50001 was built so that record is never a spreadsheet nobody can find.

From meter to management review, without a manual handoff

Data enters the system from meters, PLCs, SCADA historians and manual entry, flows through a single time-series data platform, is normalised into EnPIs against a governed baseline, drives dashboards and alerts in daily operation, and rolls up automatically into the reports and evidence packs that a management review or a certification audit actually needs. Nothing has to be re-typed between these stages.

The result is a system built for three audiences at once: the energy manager who needs a daily working tool, the CFO who needs a monthly cost-and-carbon number they can trust, and the certification auditor who needs to find, in minutes, the specific record that proves a specific clause was met.

Why it matters

What actually changes when you adopt Gita 50001

One trustworthy data source

Every meter, PLC, SCADA feed and manual entry lands in one time-series platform instead of a dozen disconnected spreadsheets.

A baseline that survives an audit

Regression baselines with published R² and a governed re-baselining workflow, not a formula nobody can explain two years later.

Deviations caught same-day

Live monitoring against the target line catches over-consumption the day it starts, not the month it appears on an invoice.

Savings you can defend

IPMVP-based measurement and verification with reported uncertainty, so a savings claim survives scrutiny from a financier or a regulator.

Audit evidence on demand

Every clause of ISO 50001:2018 maps to a specific record already in the system, ready before the auditor asks for it.

One system, every stakeholder

Operators, energy managers, executives and auditors each get the view they need from the same underlying data.

How it's built

Five layers, from the meter to the boardroom

Each layer has one job, so data acquisition, storage, energy-management logic, application and integration can each evolve independently.

  1. Data acquisition

    Meters, PLCs, SCADA systems, IoT sensors and manual entry all feed into the platform through the protocols the plant already runs.

    • Modbus TCP/RTU
    • OPC-UA
    • MQTT
    • BACnet
    • Manual entry forms
  2. Data platform & time-series storage

    Every reading is normalised, timestamped, quality-tagged and stored in a time-series database built for high-frequency industrial data at scale.

    • Time-series database
    • Data validation
    • Gap detection
    • Unit normalisation
  3. EnMS engine

    Baseline regression, EnPI calculation, M&V and carbon conversion run here, turning raw time-series data into ISO 50001 evidence.

    • Regression modelling
    • EnPI/EnB engine
    • IPMVP calculation
    • Emission factors
  4. Application layer

    Dashboards, alerts, workflow, the report builder and the document library are what operators, managers and auditors actually touch every day.

    • Dashboards
    • Report builder
    • Workflow & inbox
    • Alerts
  5. Integration & API

    A REST API and standard export formats connect the EnMS to ERP, CMMS and business-intelligence tools already in use across the organisation.

    • REST API
    • CSV/Excel export
    • SAP/ERP connectors
    • Power BI

Inside the product

Five screens that cover a working day

A quick look at how the same underlying data appears differently depending on what you're trying to do.

Overview dashboard

A role-based summary of consumption, cost and carbon across every site, with the top deviations and pending approvals surfaced first for a fast daily check.

Gita 50001 Energy Management Dashboard
Overview
Monitoring
EnPI
Actions
Reports
Site 1 — Production Line ALast 12 months
Live data
Total Energy Consumption
452,000MWh
8.2% below baseline8.2% below baseline
Energy Intensity
64,500kWh/ton
3.1% below last year3.1% below last year
Cumulative Savings
207MWh
12% above annual target12% above annual target
Energy Cost
126.1USD ('000)
4.5% above last month4.5% above last month
Energy Consumption Trend
Energy Consumption TrendActual consumption compared with baseline and target over the last 12 months010,00020,00030,00040,00050,000JanAprJulOctDecTargetActualBaseline
  • Actual
  • Baseline

Actual consumption compared with baseline and target over the last 12 months

Energy Consumption Trend
Actual (MWh)Baseline (MWh)
Jan42,60044,200
Feb41,95043,850
Mar42,80045,100
Apr41,30044,600
May39,60043,200
Jun38,10041,800
Jul37,20040,950
Aug37,65041,200
Sep38,90042,600
Oct40,10043,700
Nov40,95044,400
Dec41,20044,950
Energy Carrier Mix
Energy Carrier MixDistribution of energy consumption by carrier for the selected period
5,400MWhTotal period consumption
  • Electricity3,120 %58%
  • Natural Gas1,410 %26%
  • Steam420 %8%
  • Compressed Air260 %5%
  • Water190 %4%

Distribution of energy consumption by carrier for the selected period

Energy Carrier Mix
%
Electricity3,120
Natural Gas1,410
Steam420
Compressed Air260
Water190

Recent Alerts

  • Preheat furnace deviation from baseline

    Preheat furnace gas consumption has exceeded baseline by more than 15% for 3 hours.

    2 hours ago
  • Compressor house efficiency drop

    The power-to-flow ratio for compressed air has dropped 6% versus last week.

    5 hours ago
  • Hall lighting meter offline

    No data received from the production hall lighting meter since 08:00.

    Yesterday
  • Approaching contracted demand ceiling

    Instantaneous demand has reached 92% of the contracted ceiling.

    15 minutes ago

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Built to be trusted with operational data

Security and governance capabilities the EnMS needs to run in a real industrial environment.

Authentication & role-based access

Granular, role-based permissions down to the site, module and record level, with single sign-on integration into the organisation's identity provider.

Immutable audit trail

Every create, edit, approval and permission change is logged with user, timestamp and before/after values in a tamper-evident audit trail.

On-premise or private deployment option

Deploy in the cloud or on-premise inside the plant's own network for organisations whose data residency policy requires it.

Backup & recovery

Scheduled, verified backups and a documented recovery process protect years of energy history and audit-relevant records.

Encryption in transit and at rest

Data is encrypted in transit between field devices and the platform and at rest in the underlying database.

Controlled change management

Configuration changes, integrations and releases follow a documented change-control process before reaching a production environment.

Connects to what you already run

Built to integrate, not to replace

Gita 50001 reuses the metering, automation and enterprise systems already installed in the plant instead of asking for a parallel infrastructure.

Field & metering protocols

  • Modbus TCP
  • Modbus RTU
  • OPC-UA
  • IEC 61850
  • M-Bus
  • BACnet
  • MQTT

Automation & historians

  • SCADA systems
  • PLC/DCS integration
  • OSIsoft PI-compatible historians
  • Building management systems (BMS)
  • IoT gateways

Enterprise systems

  • SAP/ERP
  • CMMS
  • LDAP/Active Directory
  • Single sign-on (SSO)
  • Email/SMTP for notifications

Data & export

  • REST API
  • CSV/Excel import & export
  • Branded PDF export
  • Power BI
  • Webhooks

See Gita 50001 running on data like yours

Bring a month of your own consumption data to the demo and we'll show you what your baseline, EnPI and first deviation alerts would actually look like.