"I don't want to wait for files from three departments to get the report out."
All Scope 1-2-3 data in one place, target progress live. When CDP, SASB or TSRS season comes, the data is already prepared and validated.
Carbon · ESG · Energy · SCADA
Your sustainabilitydata onone platform.
An enterprise platform for carbon footprint calculation, ESG reporting, energy management and SCADA automation. Monitor automatically collects data from meters, sensors, utility bills and your ERP, validates it and turns it into Scope 1-2-3 carbon accounting. From hourly electricity emissions to ISO 14001 audits and ESG reports, the whole process runs on one dashboard.
Grid carbon intensity · location-based
412gCO₂e/kWh
Scope 11,284 t
Scope 22,107 t
Scope 33,390 t
Sample data · hour 14:00 · tCO₂e per year
Scope 1 · 2 · 3IPCCDEFRACDPSASBRefinitivISO 14001CO₂ · CH₄ · N₂OHFC · PFC · SF₆ · NF₃SCADA · PLC · RTUSolar · hydro automationIEC 60870-5-104IEC 61850Modbus · OPC UAERP integration
2000+Energy, waste, transport and supply chain metrics
1000+ESG data points compiled from global standards
7Greenhouse gas groups: CO₂, CH₄, N₂O, HFC, PFC, SF₆, NF₃
3Scopes: direct, energy indirect and value chain
7/24Electricity emissions tracked at hourly resolution
How it works
From raw data to an audit-ready report in five steps.
Instead of scattered spreadsheets, manually typed invoice amounts and year-end rush: a continuously flowing data pipeline that checks itself.
01
Collect
Automatic or bulk data import from smart meters, IoT gateways, BMS/SCADA, ERP and utility bills.
02
Validate
AI-assisted consistency checks; missing, outlying and incorrect records are flagged instantly.
03
Calculate
Scope 1-2-3 calculations for all seven greenhouse gases with an IPCC- and DEFRA-based emission factor library.
04
Reduce
Find hotspots, set targets and roadmaps, compare sites against each other.
05
Report
Templates for CDP, SASB, Refinitiv and ISO 14001; PDF and shareable dashboards.
Products
Start with the module you need and expand as you grow.
Thanks to the modular structure, you can start with energy monitoring alone and move on to carbon accounting, compliance management and ESG reporting on the same data set.
The core platform for carbon-neutral targets
Monitor, analyze and report all your greenhouse gas emissions.
The central platform that helps you cut your carbon footprint by optimizing energy consumption. All other modules run on top of this data infrastructure.
Integration and automation
Cloud-based integration and automatic data collection reduce manual work and increase accuracy.
Comprehensive emissions monitoring
2000+ metrics including energy, waste, transport and supply chain; all seven greenhouse gas groups.
Instant, accurate calculation
Continuously updated emission factor libraries based on IPCC and DEFRA.
Net-zero target management
Corporate target setting, progress monitoring and project-level tracking.
Data-driven reduction
Compares site performance and shows the most effective areas for reduction.
Validation and stakeholder engagement
AI-assisted validation; tailored access for employees, suppliers, customers and investors.
Offsetting unavoidable emissions
Access to certified global climate projects for emissions that cannot be reduced.
Reporting and compliance
Multiple ESG standards, easier audits, organized data for the value chain.
CO₂CH₄N₂OHFCPFCSF₆NF₃
Learn more →
Hourly carbon accounting
Electricity's carbon footprint changes every hour of the day. Your measurement should too.
Annual average factors treat a sunny midday and the evening peak the same. Hourly, location-based tracking brings your Scope 2 emissions closer to their real impact and reveals load-shifting opportunities.
Hourly emissions tracking
Electricity-related emissions are monitored and reported hour by hour.
Location-based accounting
Emissions are calculated according to where the electricity is consumed.
Dynamic grid mix analysis
A clean energy procurement strategy based on how the grid's generation mix changes.
Accuracy and transparency
Traceable, reliable reports that reduce greenwashing risk.
Local decarbonization
Support local renewable investments through your clean energy choices.
Site and region comparison
Emissions performance of different sites and regions side by side.
Decision support
Optimize renewable energy, storage and load management investments with data.
Effective reduction strategies
Systematically reduce carbon dependency with storage and renewables.
Energy efficiency and cost
Manage electricity, gas and water on one screen; catch waste at the source.
Measurable reductions on both the utility bill and the carbon side, with consumption analysis, forecasting and asset-level monitoring.
Smart energy optimization
Electricity, gas and water data on one platform; optimization and forecast recommendations.
Cross-site emission reduction
Usage trends are analyzed and issues resolved quickly.
Asset performance management
Critical parameters of HVAC, lighting and solar systems are monitored continuously.
Consumption forecasting
Resource and budget planning by anticipating future usage.
Predictive maintenance
Maintenance based on device data lowers failures, cost and emissions together.
Bill validation
Utility bills are compared with measured consumption; billing errors are caught.
Regulatory limit monitoring
Compliance of electrical parameters such as current and voltage with legal limits.
Overconsumption alerts
Real-time cost tracking, spend forecasting and threshold alerts.
Environmental management system
Turn ISO 14001 requirements into a process that lives all year round.
Emissions, waste, water and energy data on one dashboard. Automated workflows and validation checks standardize processes, and audit-ready reports are always at hand.
Asset and location mapping
Sites, facilities and equipment in one structure; environmental data defined and organized.
Automatic data collection
Data from sensors and meters, custom integration with ERP and business systems.
Data quality monitoring
Algorithmic consistency checks and timely alerts.
Central documentation
Environmental documents in one place, with transparent and traceable records.
Secure collaboration
Controlled invitations, role and permission management for teams and auditors.
Target and progress management
Reduction targets, performance monitoring, exportable reports.
Audit planning
Risk and requirement definition, audit plan and action tracking.
Consolidated insights
Environmental metrics on one dashboard, customizable report packages.
One data set, many frameworks
Collect ESG data once, adapt it to every framework.
Say goodbye to complex spreadsheets. A central portal, an up-to-date data library and ready-made templates shorten the reporting cycle.
Central data consolidation
All ESG data is gathered in one portal.
Up-to-date data library
1000+ data points, continuously updated as regulations change.
Framework templates
Ready-made templates for CDP, SASB, Refinitiv and other global standards.
Multi-framework compliance
Respond to several frameworks at once with a single data set.
Scalable structure
Fits every size, from SMEs to multinationals.
Customizable reporting
Questions and formats are tailored to your organization.
Team collaboration
Internal workflow rules for collection, review and approval.
Visual insights
Customizable insight packages that speed up decision-making.
CDPSASBRefinitivCustom frameworks
Learn more →
Carbon accounting basics
Scope 1, 2 and 3: where do your emissions come from?
The Greenhouse Gas Protocol divides emissions into three scopes. In most organizations the largest share is in Scope 3, which is not directly controlled. Monitor combines all three in the same calculation engine.
Direct emissions
Emissions released directly into the atmosphere from sources your organization owns or controls.
- Fuel combustion in boilers, generators and furnaces
- Company vehicle fleet
- Gas leaks from refrigeration and air-conditioning systems (HFC, SF₆)
- Industrial process emissions
Why Monitor
We manage sustainability with a smart data infrastructure.
A single, reliable platform built at enterprise scale that turns carbon-neutral targets into concrete results through measurement, reporting and reduction actions.
Cloud scalability
Connects renewable generation plants and grid assets to a high-capacity cloud engine. Load balancing, horizontal and vertical scaling and data lifecycle optimization keep performance steady as the number of devices and sites grows.
TB
scale data
Millions
of connected devices
Enterprise cybersecurity
Role-based access, encryption and enterprise security layers.
Protocol-agnostic integration
IoT, BMS/SCADA and ERP systems meet in a single data model.
Edge analytics
The smart IoT gateway analyzes events close to the source; automatic work orders when thresholds are exceeded.
Predictive analytics
Trend analysis, short- and medium-term forecasting, anomaly detection, M&V and benchmarking.
Flexible dashboards
Drag-and-drop web dashboards, mobile app and BI integration.
Automated reporting
Automation running 24/7, flexible templates and scheduled report distribution.
Control and automation
Equipment schedules and demand-side management close the decision-action loop.
Location, asset and sensor management
Access-controlled hierarchy: company, region, site, equipment, sensor.
SCADA and industrial automation
One data chain from field to cloud: SCADA, PLC and industrial automation.
Monitor doesn't just read data; it also builds the automation infrastructure that monitors, controls and reports on field equipment. It integrates with your existing SCADA system or delivers a SCADA/HMI solution designed for your needs.
01
SCADA and HMI design
Operator screens, single-line diagrams, trend and alarm pages; web and mobile access.
02
PLC and RTU integration
Communication with controllers from different vendors, signal lists and tag management.
03
Alarm and event management
Priority levels, alarm suppression, SMS and email notifications, time-stamped event logs.
04
Historical data (historian)
High-resolution time-series logging, compression and long-term archiving.
05
Remote monitoring and control
Secure remote control by authorized users, approved command flow and audit trail.
06
Power quality and protection
Voltage, frequency, harmonics and cos φ tracking; protection relay and breaker states.
07
Reporting and OEE
Shift, production and energy reports; downtime analysis and equipment effectiveness.
08
OT cybersecurity
Network segmentation, VPN, role-based access; designed following the IEC 62443 approach.
EnterpriseMonitor cloud · ERP · ESG report
OperationsSCADA server · HMI · historian
ControlPLC · RTU · data logger · IoT gateway
FieldSensor · meter · inverter · protection relay · drive
Communication protocols
Modbus RTU / TCPIEC 60870-5-101 / 104IEC 61850DNP3OPC UAMQTTBACnetM-BusSNMP
Application areas
Substations and power distribution
MV/LV switchgear, breaker and relay states, energy analyzers; monitoring and control via single-line diagrams.
Water, wastewater and pumping stations
Tank levels, pump sequencing, flow and pressure control; central management of distributed stations.
Process and production lines
Line and machine data, recipe and sequence control, matching production and energy use per product.
Utilities
Compressors, boilers, chillers and cooling towers; compressed-air leak and efficiency tracking.
Building and campus automation
BMS integration; central management of HVAC, lighting, generator and UPS systems.
Machine monitoring and predictive maintenance
Catching faults before they happen through vibration, temperature and current trends, and creating maintenance work orders.
Power generation plants
End-to-end automation and monitoring for solar and hydropower plants.
Account for every kilowatt-hour in your solar and hydropower plants. Monitor and control the entire plant in a single SCADA, from inverter to turbine and from substation to grid connection point, and catch generation losses at the source.
One screenFrom inverter and turbine to the grid connection point
Licensed and unlicensedFrom rooftop solar to utility-scale plants
Grid integrationTelecontrol data transfer to TEİAŞ and distribution companies
Generation + carbonAvoided emissions straight into the ESG report
Solar power plants (PV)
See your solar plant's performance down to string level.
In ground-mounted, rooftop and floating PV plants, inverter, string, weather station and transformer data come together in one SCADA. When the performance ratio drops, it separates the cause (soiling, shading, failure or curtailment) and sends it to your team as a work order.
Automation scope
- Inverter and string monitoring: current, voltage, power and fault codes
- String combiner boxes and DC insulation monitoring
- Weather station: plane-of-array (POA) and global horizontal irradiance (GHI), module and ambient temperature, wind
- MV switchgear, transformers and protection relays
- Solar tracker systems
- Energy meters and grid connection point metering
- Integration of camera, fire and intrusion alarms
- Auxiliary services and UPS monitoring
Control functions
- Active power limitation and ramp control with a power plant controller (PPC)
- Reactive power, cos φ and voltage control
- Automatic compliance with grid operator setpoints
- Remote inverter start, stop and reset
- Tracker position control and wind stow commands
Analytics and maintenance
- Deviation detection against an expected generation model
- Ranking of underperforming strings and inverters
- Soiling analysis to schedule panel cleaning
- Fault events automatically turned into work orders
- Monthly investor and operations & maintenance (O&M) reports
Grid and reporting
- Data transfer for TEİAŞ telecontrol requirements in licensed plants and distribution company requirements in unlicensed plants (IEC 60870-5-104)
- Archiving meter data for settlement and invoice checks
- Transfer of renewable generation and avoided emissions to the ESG report
Performance indicators
Performance ratio (PR)Specific yield (kWh/kWp)Availability (%)Soiling lossInverter efficiencyCurtailment lossExpected / actual generation
Hydropower plants (HPP)
From water to grid: turbine, gates and water level in one automation system.
In run-of-river and reservoir hydropower plants, the whole process runs automatically, from the intake to the powerhouse and from the switchyard to the grid. Generation is optimized according to water level, the environmental flow obligation is monitored continuously, and unit faults are reported instantly.
Automation scope
- Turbine and generator monitoring: speed, vibration, bearing temperatures, oil pressure
- Speed governor and excitation system integration
- Weir, intake, settling basin and forebay levels
- Radial and sector gates, flaps, trash rack cleaning machine
- Penstock pressure and flow measurement
- Switchyard, transformers, breakers and protection relays
- Auxiliary systems: cooling water, drainage, hydraulic unit, diesel generator
- Catchment precipitation and flow data
Control functions
- Automatic load adjustment based on water level (level-controlled operation)
- Automatic unit start, stop and synchronization sequences
- Gate and trash rack cleaning automation
- Automatic control and logging of environmental flow release
- Active and reactive power control according to grid setpoints
- Safe shutdown in flood and emergency scenarios
Analytics and maintenance
- Efficiency loss detection using the flow-generation curve
- Predictive maintenance with vibration and temperature trends
- Trash rack clogging and head loss alerts
- Generation forecasting based on hydrological data
- Unit-level downtime and fault analysis
Grid and reporting
- Data transfer to the TEİAŞ or distribution company telecontrol system
- Archiving environmental flow release records for inspections
- Transfer of generation, availability and avoided emissions to investor and ESG reports
Performance indicators
Turbine efficiencyNet head (m)Flow (m³/s)Capacity factorAvailability (%)Generation per water (kWh/m³)Environmental flow compliance
Hybrid plants, wind and storage
Manage multiple sources at a single connection point.
Solar, hydro and wind units sharing the same connection capacity, together with battery storage systems, run on a single control logic. Curtailment losses fall and connection capacity is used more efficiently.
Scope
- Common connection point control in solar + hydro and solar + wind hybrid plants
- Battery energy storage (BESS): charge, discharge and state of charge (SoC) monitoring
- Integration with wind turbine SCADA systems
- Monitoring of biomass and biogas engines
Control and optimization
- Power sharing between sources based on connection capacity
- Reducing curtailment losses with storage
- Dispatch planning based on generation forecasts and price signals
Performance indicators
Total availabilityCurtailment lossBESS round-trip efficiencyState of charge (SoC)
How do plant automation projects work?
01
Survey and engineering
Defining the signal list, communication architecture and grid operator requirements.
02
PLC and SCADA software
Preparing control software, SCADA/HMI screens and the alarm philosophy.
03
FAT and SAT
Factory and site acceptance tests; end-to-end verification of all signals.
04
Grid integration
Telecontrol data transfer tests, power plant controller settings and commissioning.
05
24/7 monitoring and support
Remote monitoring, periodic reporting and continuous performance improvement.
Avoided emissions calculator
Annual generation0MWh
Annual avoided emissions0tCO₂e
10-year total0tCO₂e
Default values are examples. Actual generation varies with location, equipment, hydrology and curtailment. Use the current national grid factor for official reporting.
Panel manufacturing and process control
From design to panel, from panel to process: turnkey automation.
We design, build and test automation and power panels with our own engineering team. The same team prepares the PLC software, process control logic and SCADA screens, so you work with a single point of contact from design to commissioning.
Automation and power panels
Field-ready, tested and documented panels.
Every stage is recorded, from the electrical design to assembly and from wiring to the factory acceptance test. Panels arrive on site with software loaded and signals verified, shortening commissioning time.
Panel types
- PLC and automation control panels
- Motor control centers (MCC) and drive (VFD) panels
- RTU, SCADA and communication panels
- AC/DC distribution, string combiner and monitoring panels for solar plants
- Unit control, synchronization and auxiliary service panels for hydropower plants
- Energy monitoring, metering and power factor correction panels
- Pumping station and water treatment control panels
Engineering and design
- Electrical design, single-line diagrams and terminal plans
- Short-circuit, heat load and cable sizing calculations
- Equipment selection and vendor-independent bill of materials
- Panel layout and wiring duct design
- Design and testing approach based on IEC 61439
Manufacturing and quality
- Labeled and numbered wiring, wire end and terminal marking
- Insulation, continuity and functional tests
- Factory acceptance test (FAT) with I/O checks and PLC software
- Test reports and traceable production records
Delivery and after-sales
- Site installation, connections and site acceptance test (SAT)
- As-built drawings and user documentation
- Training for operators and maintenance teams
- Spare parts, revision and expansion support
Included at delivery
Electrical designBill of materialsFAT reportPLC software backupAs-built documents
Process control
Stable, safe and repeatable processes.
We build control systems that accurately measure process variables such as temperature, pressure, level and flow, keep them on target with tuned control loops and record every batch. Energy consumption is tracked per product in the same system.
Control architecture
- PLC- and DCS-based control systems
- Redundant controller, communication and power supply options
- Distributed I/O and fieldbuses
- Integration with SCADA and manufacturing execution systems
Control functions
- PID control loops and loop tuning
- Cascade, ratio and feedforward control
- Sequence, batch and recipe management (ISA-88 approach)
- Safety interlocks and emergency shutdown logic
Instrumentation
- Pressure, temperature, level and flow transmitters
- Control valves and positioners
- Analyzers: pH, conductivity, turbidity, dissolved oxygen
- Calibration and loop check records
Application areas
- Water and wastewater treatment plants
- Food and beverage production
- Chemical and process industries
- Auxiliary systems in power plants
- Heating, cooling and steam systems
Monitored indicators
Deviation from setpointLoop stabilityBatch timeRight-first-time productionEnergy per productAlarm rate
How do panel projects work?
01
Survey and requirements
Defining the process, signal list, site conditions and applicable standards.
02
Electrical design
Single-line diagram, layout, terminal plan and bill of materials submitted for approval.
03
Procurement and assembly
Material procurement, panel assembly and labeled wiring.
04
Software and FAT
Loading PLC and SCADA software, factory acceptance test and customer sign-off.
05
Site and SAT
Shipment, site installation, connections and site acceptance test.
06
Handover and support
As-built documents, training and remote support.
Who it's for
The same data, a different answer for every team.
Sustainability is no longer one department's job. Monitor gives everyone, from the site manager to the board, the answer to their own question from the same validated data.
"I don't want to find out in the morning why the compressor ran all night."
Instant threshold alerts, asset-level consumption, bill validation and predictive maintenance signals on one dashboard.
"What will next year's energy budget and carbon cost look like?"
Consumption forecasts, overspend alerts and visibility into exposure to carbon costs such as CBAM; data for investment decisions.
"Every year the ISO 14001 surveillance audit is the same rush."
Documents, KPIs, actions and the audit plan in the same system. Give auditors controlled access and show evidence in one click.
"I want to see where we stand on our net-zero target on a single page."
Executive dashboards, site and region comparisons, framework-aligned disclosures and shareable reports.
"Which invoice and which factor was this figure calculated from?"
Records traceable back to the source of every result, the emission factors used, and role-based read-only access.
For sustainability consultants
Serve more clients and deliver faster with digital carbon accounting.
Strengthen your proposals, complete projects without drowning in spreadsheets and present results under your own brand.
- ✓Data collection without ExcelBulk import, automatic validation and error flagging.
- ✓Audit-ready accuracyBuilt-in emission factor library and calculation engine.
- ✓Project-based configurationSources, categories and workflows; role-based permissions.
- ✓Target suggestions and roadmapAutomatic targets, milestones and progress tracking.
- ✓White labelDashboards, PDF and shareable reports with your own logo.
- ✓Portfolio benchmarkingIntensity analysis across clients; highest and lowest points made visible.
Organization-wide or per-client rollout, modular structure and tailored pricing.
ClientIntensitytCO₂e/M₺
Client AManufacturing · 3 sites
48.2
Client BRetail · 41 stores
30.4
Client CHotel · 2 locations
23.1
Client DHealthcare · 1 hospital
19.6
Client EBanking · 120 branches
8.3
Sample view
Industries
Every industry has a different emissions profile. And a different roadmap.
The same platform is configured according to facility type, metering points and reporting obligations. Pick your industry and see where to start.
Factories · industrial zones · process plants
Manufacturers who know the carbon per product are one step ahead in exports.
Challenge
Energy-intensive processes, many lines and machines, variable production volumes. EU customers and CBAM ask for embedded emissions per product, while supply chain data is scattered.
With Monitor
- Line- and machine-level energy metering, shift comparison
- Scope 1 calculation of process and fuel emissions
- Emission intensity per product and site
- Structured Scope 3 data from suppliers
Monitored indicators
kWh / ton of producttCO₂e / ton of productIdle consumptionReactive powerCompressor efficiency
Priority modulesIoT PlatformEnergy DecarbonizationISO 14001
Learn more →
Store networks · warehouses · cold chain
Compare hundreds of stores on a single metric and spot the outlier right away.
Challenge
Many locations with different sizes, climates and opening hours. Refrigeration systems are both the largest consumer and, through refrigerant leaks, a major Scope 1 source.
With Monitor
- Store comparison normalized by m² and opening hours
- After-hours consumption and alerts for systems left running
- Refrigeration performance and leak tracking
- Logistics and distribution emissions (Scope 3)
Monitored indicators
kWh / m²After-hours consumptionRefrigerant top-upstCO₂e / storeBill deviation
Priority modulesEnergy Decarbonization24/7 Emissions TrackingESG Reporting
Learn more →
Office buildings · campuses · shopping malls
Translate BMS data into the language of carbon and cost.
Challenge
Buildings generate data, but it usually stays on the BMS screen. Tenant allocation, common-area consumption and green building certifications are each calculated separately.
With Monitor
- HVAC and lighting monitoring through BMS/SCADA integration
- Consumption allocation by tenant and floor
- Automation of equipment schedules
- Validation of bills against measured consumption
Monitored indicators
kWh / m² / yearHVAC operating hoursIndoor temperatureWater consumptionTenant share
Priority modulesIoT PlatformEnergy Decarbonization
Learn more →
Hotels · restaurants · resorts
Measure performance fairly, even when occupancy changes.
Challenge
Seasonality and occupancy directly affect consumption; comparing raw kWh is misleading. Tour operators and guests ask for proof of sustainability.
With Monitor
- Energy and water normalized per room-night and per guest
- Sub-metering for kitchen, laundry and pool
- Cold room and cold chain temperature alerts
- Ready data for sustainable tourism reports
Monitored indicators
kWh / room-nightLiters of water / guestkgCO₂e / room-nightWaste volume
Priority modulesEnergy DecarbonizationESG Reporting
Learn more →
Branch networks · data centers · headquarters
One roadmap from operational footprint to investor report.
Challenge
Hundreds of branches, most of them rented; bills come from different distribution companies. Regulators and investors expect ever more detail in climate disclosures.
With Monitor
- Bulk import and automatic validation of branch bills
- Energy efficiency of data centers and server rooms
- Branch comparison and outlier detection
- Framework-aligned ESG and climate disclosures
Monitored indicators
kWh / branchtCO₂e / employeeData center energyBusiness travel emissions
Priority modulesESG Reporting24/7 Emissions TrackingIoT Platform
Learn more →
Hospitals · clinics · laboratories
Efficiency in facilities that cannot tolerate downtime.
Challenge
Buildings running 24/7 with high HVAC and medical equipment loads. Generators, medical gases and medical waste are separate emission sources; safety always comes first.
With Monitor
- Critical equipment, generator and UPS monitoring
- HVAC monitoring for operating theaters and intensive care
- Emissions from refrigeration and medical gases
- Recording waste streams and disposal data
Monitored indicators
kWh / bedGenerator operating hoursMedical waste (kg)Voltage quality
Priority modulesIoT PlatformISO 14001Energy Decarbonization
Learn more →
Electricity · water · natural gas
Monitor distributed network assets at scale.
Challenge
Pumping stations, substations and renewable generation sites spread over large areas. Losses, energy intensity and regulatory parameter limits need constant monitoring.
With Monitor
- Cloud infrastructure that scales to millions of devices
- Energy intensity per pump and station
- Regulatory limit monitoring for current and voltage
- Integration of renewable generation and grid assets
Monitored indicators
kWh / m³ of waterNetwork lossesVoltage deviationRenewable share
Priority modulesIoT Platform24/7 Emissions Tracking
Learn more →
Quick emissions calculator
See the rough size of your footprint in one minute.
Enter your annual energy consumption to see an approximate value for your Scope 1 and 2 emissions and the effect of electricity savings. You can replace the factors with your own values.
ElectricityPurchased from the grid · Scope 2
Natural gasBoilers, heating, process · Scope 1
DieselVehicle fleet, generators · Scope 1
Default values are for illustration only. The electricity factor varies by country, year and method; official reporting should use current national and IPCC/DEFRA factors.
Estimated annual emissions
0tCO₂e
Scope 1
0
Scope 2
0
Annual reduction: 0 tCO₂e · 0 kWh
Scope 3 (supply chain, logistics, travel) is not included in this quick calculation and makes up the largest share of the total in most organizations. See the platform demo for a full inventory.
Demo for a full inventory →Regulatory agenda
Reporting is no longer optional.
Climate and sustainability obligations are expanding fast in Türkiye and in export markets. Emissions that aren't measured can be neither reported nor managed.
CLIMATE LAW · ETS
Emissions Trading System
The national ETS established under Türkiye's Climate Law makes monitoring, reporting and verification mandatory for covered installations.
Continuous, traceable emission records from fuel and process data.
CBAM
Carbon Border Adjustment
Manufacturers exporting products such as iron and steel, aluminum, cement and fertilizers to the EU are asked for embedded emissions data.
Emission intensity calculation per product and site.
TSRS
Sustainability Reporting Standards
TSRS, published by Türkiye's Public Oversight Authority (KGK), requires covered companies to make climate-related disclosures and report Scope 1-2-3 data.
Framework-aligned disclosures from a single data set.
ISO 14001
Environmental Management System
Certification and surveillance audits require consistent data, documents and action records all year round.
Audit planning, documents and KPI tracking in one place.
Implementation
Four stages from discovery to go-live.
Duration depends on the number of sites, data sources and reporting scope. Each stage ends with a concrete deliverable.
01
Discovery and scope
Your sites, existing metering infrastructure and reporting obligations are mapped together.
- Organizational and site boundaries
- Data source inventory
- Priority frameworks and timeline
02
Setup and integration
The location-asset-sensor hierarchy is set up, data sources connected and historical data imported in bulk.
- Meter, BMS/SCADA and ERP connections
- IoT gateway where needed
- Historical bill and consumption data
03
Validation and base year
The emission factor set is chosen, data quality rules defined and the base-year inventory calculated and checked.
- Factor library configuration
- Cleanup of missing and outlying data
- First Scope 1-2-3 inventory
04
Go-live
Dashboards, alerts and targets go live; teams are trained and report templates adapted to your organization.
- Role-based dashboards and permissions
- Threshold and notification rules
- Targets and roadmap
Integrations
Connect without replacing your existing systems.
A protocol-agnostic integration layer combines sources from field meters to business systems in a single data model.
MeteringSmart meters, energy analyzers, IoT sensors and gateways with edge analytics
Buildings and industryBMS and SCADA systems, automation infrastructure, HVAC and lighting control
Business systemsERP, procurement and supplier data, fleet and travel records
FilesElectricity, gas and water bills, bulk import via Excel and CSV
OutputsWeb and mobile dashboards, BI integration, PDF and shareable reports
Resources
What to read when getting started with carbon management.
We turned the questions our team hears most often in the field into short guides. All guides →
Guide · Scope 2
Hourly or annual? Accuracy in electricity emission factors
What does an annual average factor hide, and what does hourly tracking reveal?
Read → Roadmap · Scope 3Where to start with Scope 3?
A practical five-step starting plan for value chain emissions.
Read → Checklist · CBAMCBAM readiness: a data checklist for exporters
What should you have ready when your EU customer asks for embedded emissions?
Read → Practice · Data managementFrom Excel to a platform: 6 common mistakes in carbon data
The habits that cause the most trouble in audits, and how to fix them.
Read →Glossary
Carbon accounting terms in plain English.
- tCO₂e
- Tonnes of carbon dioxide equivalent. Combines the warming effect of different greenhouse gases into a single unit expressed as CO₂.
- GWP
- Global warming potential. Shows how many times more warming a gas causes than CO₂ over a given period; used in CO₂e conversion.
- Emission factor
- The amount of emissions released per unit of activity, for example kgCO₂e per kWh of electricity or per liter of diesel.
- Scope 1
- Direct emissions from sources the organization owns or controls: fuel combustion, vehicles, process and fugitive emissions.
- Scope 2
- Indirect emissions from the generation of purchased electricity, heat, steam and cooling.
- Scope 3
- All other indirect emissions in the value chain: suppliers, logistics, travel, waste and use of sold products.
- Location-based method
- An approach that calculates Scope 2 using the average emission intensity of the grid where consumption takes place.
- Market-based method
- An approach that calculates Scope 2 taking into account the organization's energy purchase contracts and certificates.
- Base year
- The reference-year inventory against which reduction targets and progress are compared.
- Emission intensity
- Emissions divided by an activity measure: tCO₂e per ton of product, m², employee, revenue or room-night.
- Net zero
- A target state where emissions are reduced deeply in line with science and the small remainder is balanced by permanent removals.
- Carbon offsetting
- Compensating for emissions that cannot be reduced with certified emission reductions or removals achieved elsewhere.
- Greenwashing
- Unsubstantiated sustainability claims that make environmental performance look better than it is.
- MRV
- Monitoring, reporting and verification. The core cycle of emissions trading systems and climate regulation.
- M&V
- Measurement and verification. Proving the savings of an efficiency measure through measurement.
- Embedded emissions
- Emissions generated during a product's manufacturing process. Declared for imported goods under CBAM.
- SCADA
- Supervisory Control and Data Acquisition. A control system used to monitor, operate and log data from distributed facilities centrally.
- PLC and RTU
- The programmable logic controller (PLC) that controls field equipment, and the remote terminal unit (RTU) that collects data from remote sites and sends it to SCADA.
- HMI
- Human-machine interface. The screens where operators monitor the process and issue commands.
- IEC 60870-5-104
- A standard widely used in the power sector for telecontrol communication between SCADA and remote stations over TCP/IP.
- Performance ratio (PR)
- The ratio of a solar plant's actual generation to the energy it could theoretically produce given the irradiance it receives. Summarizes losses in one indicator.
- kWp
- Kilowatt-peak. The total nominal power of solar panels under standard test conditions.
- Environmental flow
- The minimum amount of water hydropower plants must release into the riverbed to protect the river ecosystem.
- PPC
- Power plant controller. A control unit that automatically adjusts active and reactive power at the grid connection point according to grid setpoints.
- MCC
- Motor control center. A group of panels housing the starting, protection and control equipment for multiple motors.
- PID control
- Proportional-integral-derivative control. The most widely used feedback control method for keeping a process variable at its setpoint.
- FAT and SAT
- Factory acceptance test and site acceptance test. Verifying panels and software in the workshop before shipment and on site after installation.
Frequently asked questions
What people ask before getting started.
If your question isn't here, you can ask our team during the demo call.
Do we need to buy new sensors or meters to use Monitor?
Not necessarily. The platform can take data from your existing meters, BMS/SCADA systems, ERP and utility bills. Where hourly or equipment-level monitoring is needed, metering can be added with IoT gateways.
Which factors are used in emission calculations?
The calculation engine uses a continuously updated emission factor library based on IPCC and DEFRA. For electricity it can work with location-based and hourly grid intensity; project-specific factors can also be defined.
How do you collect Scope 3 data?
Supplier, logistics, travel and waste data are collected through bulk import and stakeholder access. Suppliers can be given limited permissions to enter their own data, which then goes through automatic validation.
Which reporting frameworks do you support?
Ready-made templates for global frameworks such as CDP, SASB and Refinitiv, plus ISO 14001 processes, are supported. You can respond to several frameworks with a single data set and customize questions and formats for your organization.
Can consulting firms use the platform under their own brand?
Yes. With white-label dashboards and PDF reports you can present to clients under your own identity and benchmark the clients in your portfolio by intensity.
How is pricing determined?
The structure is modular. Pricing is tailored organization-wide or per client, based on the modules you use and the number of sites or clients.
How secure is our data?
The platform runs with role-based access, encryption and enterprise security layers. Auditors and stakeholders only access the data they are authorized for.
Can we import data from previous years?
Yes. Historical data from bills, meter readings and Excel/CSV files is imported in bulk and automatically validated, so you can see your base year and trends from day one.
How should we choose our base year?
Usually the most recent year with reliable, complete data that represents normal operations is chosen. The base year can be recalculated in cases such as acquisitions, mergers or method changes; the platform keeps a record of these changes.
How do alerts work?
You define thresholds for consumption, cost or electrical parameters. When a threshold is exceeded, the right people are notified; in critical cases an automatic work order can be triggered. Because analysis runs on the edge device, alerts are close to the source and fast.
Can we manage multiple companies or countries in one account?
The location, asset and sensor hierarchy supports company, region and site levels. While you get consolidated group-wide reports, each unit manages its own data within its permissions.
Can our auditors access the platform?
Yes. You can invite auditors in a controlled way and grant read-only access to the relevant periods and sites only. Which data and factor every result was calculated from is traceable.
Do we have to replace our existing SCADA system?
No. Monitor can take data from your existing SCADA, PLC and RTU infrastructure via common protocols such as Modbus, IEC 60870-5-104 and OPC UA. If the infrastructure is outdated or missing, a new SCADA/HMI solution is designed to fit your needs.
Do you also handle data transfer to the grid operator for solar and hydropower plants?
Data transfer from the plant SCADA to the telecontrol system of TEİAŞ or the relevant distribution company is designed and tested as part of the project. Power plant controller settings ensure automatic compliance with grid setpoints.
Is it suitable for unlicensed and rooftop solar plants as well?
Yes. The same platform is used from a single rooftop plant to hundreds of distributed plants. Small plants start with inverter and meter data; weather stations and control functions are added as needed.
How is environmental flow monitored at hydropower plants?
Level and flow measurements at the environmental flow release structure are recorded continuously, an alarm is raised when values fall below the threshold, and the release can be adjusted automatically through gate automation. Records are archived for inspections.
Which brands do you work with in panel manufacturing?
Our design is vendor-independent. PLC, drive, switchgear and instrumentation equipment are selected together with you based on the project's technical requirements, your site's existing standard and your spare parts strategy.
Do you revise and modernize existing panels?
Yes. Replacing old controllers, recreating missing documentation, adding new I/O and communication, and connecting the panel to SCADA are planned as part of the project and phased to minimize downtime.
Can it be used on mobile devices?
In addition to web dashboards, you can follow real-time alerts and key indicators from the field with the mobile app.
Demo request
See your data on the platform in 30 minutes.
Tell us about your facilities and reporting needs, and we'll prepare a personal demo with the modules that fit you.
Working hoursMonday–Friday, 09:00–17:00
Email[email protected]
AddressÇifte Havuzlar Mah. Eski Londra Asfaltı Cad.
Kuluçka Merkezi A1 Blok No:151/1C/B35
YTÜ Teknopark, Esenler / Istanbul, Türkiye
Kuluçka Merkezi A1 Blok No:151/1C/B35
YTÜ Teknopark, Esenler / Istanbul, Türkiye