Sustainability & Emissions Tracking
Overview
Carbon and emissions disclosure now expects vehicle-level fuel data — not fleet aggregates, and not back-of-envelope figures from mileage and published MPG. Mileage-only emissions estimates run 20-40% off on heavy-duty operations and idle-heavy duty cycles, and the gap is the part finance, audit, and regulators actually care about. Direct fuel-flow measurement closes the gap. An in-line or differential flow meter reports the actual litres burned per trip; the tracker ties that to GPS distance, time, idling, and driver; the platform produces per-route, per-driver, per-customer CO2 figures that survive an external audit. The same data feeds operational levers — route optimization, driver coaching, and idling-reduction programs — that drive emissions down further over time, with a measurable before/after.
Challenges
- Regulators and customers expect vehicle-level emissions data. Disclosure now expects per-asset granularity, not fleet aggregates rolled up at year-end.
- Mileage-based emissions estimates are off by 20-40% on heavy-duty fleets. Error is dominated by idling, load, and grade — none of which mileage captures.
- Idling alone can produce 5-15% of total fleet emissions. It contributes to CO2 without productive output and is invisible in distance-based math.
- No baseline data to measure improvement over time. Reduction targets without a measured starting line are not auditable, no matter what percentage is claimed.
- OEM CAN-bus fuel data is inconsistent across mixed fleets. Year-over-year comparisons depend on calibration assumptions audit teams will not accept without direct flow measurement.
Benefits
- Audit-grade per-route CO2. Calculated from direct flow measurement plus GPS distance — math is reproducible and inputs are traceable.
- Differential flow for generators and marine engines. Supply-minus-return is the only figure that matches actual fuel drawn from the tank.
- Idling separated as its own emissions line. Reduction programs can target it directly, with measurable before/after.
- Bilingual EN/AR sustainability reports. Monthly and annual rollups format-ready for finance, audit, and regulator submissions.
- Per-route and per-driver carbon trends. Coaching and route optimization both ground in the same data, and reduction targets become defensible numbers, not aspirations.
Business Impact
- 15%
- Reduction in fleet carbon emissions
- 25%
- Decrease in idle time through driver coaching
- 100%
- Compliance with environmental reporting requirements
Figures are typical results reported across fleet deployments and industry sources. Actual outcomes depend on fleet size, operating conditions and how the system is used.
Applies to
Recommended Products
FMC650
- Network
- LTE Cat-1 · 2G
- Power
- Wired
- Interfaces
- CAN · RS-485 +4
- Protection
- IP41
Vehicle Trackers
- SCALABLE PROJECTS WITH EXTERNAL DEVICES — Integrate external sensors, RFID readers, thermographs, and other devices at any stage of the project to provide full context on cargo, driver, and fuel status
- FULL VISIBILITY INTO MACHINERY OPERATIONS — Collect CAN data to monitor key parameters specific to agricultural, marine, and heavy machinery, making all component use traceable and measurable
- SMART TACHOGRAPH DATA MANAGEMENT — Download tachograph files remotely and manage driver activity with real-time counter data via K-line, Tacho CAN, or FMS
Teltonika Telematics
FMB120
- Network
- 2G
- Power
- Wired
- Interfaces
- CAN · 1-Wire +1
- Protection
- IP41
Vehicle Trackers
- Extensive remote monitoring possibilities — Blocking engine remotely among the numerous available fleet control measures
- Eco driving scenario for all-round better driving — Achieve efficient fuel consumption, prolong vehicle life and increase road safety with eco driving scenario
- Extended product usage scenarios — Bluetooth® LE-based wireless connection of external devices, including Low Energy beacons and sensors to monitor temperature, humidity, magnet detection, and movement
Teltonika Telematics
IPTrack
IPTrack is a platform for fleet digitalization, designed to streamline operations and enhance efficiency for various fleets — from cars and trucks to heavy vehicles and machinery. With IPTrack you get a clear view of your fleet’s every move, putting you in control to confidently manage your business with data-driven insights that help boost profits and reduce costs.
- Go paperless and streamline routine fleet management processes
- Automate operational flow for increased efficiency
- Reduce downtime and extend the lifespan of vehicles and machinery
IPTech
Direct
- Monitors
- Fuel Flow
- Interfaces
- CAN · RS-485
- Protection
- IP67
Flow Meter
- Built-in Hall sensor for magnetic interference immunity
- Hardened alloy construction for durability
- Anti-friction coating prevents rapid wear of measurement chambers
Eurosens
Delta
- Monitors
- Fuel Flow
- Interfaces
- CAN · RS-485
- Protection
- IP67
Flow Meter
- Differential measurement without fuel supply system modification
- Hall sensor with magnetic field processing for interference immunity
- Dual temperature sensors for thermal correction
Eurosens
DFM Industrial
- Monitors
- Fuel Flow
- Interfaces
- CAN · RS-485
- Protection
- IP65
Flow Meter
- Measures flow rate of non-corrosive liquids in industrial, utility and power applications
- Models DFM 7 (Qmax 7.2 m³/h) and DFM 25 (Qmax 25 m³/h), inaccuracy ±0.5%
- Output options: normalized pulse or CAN 2.0B (SAE J1939)
Technoton
DFM Marine
- Monitors
- Fuel Flow
- Interfaces
- CAN · RS-485
- Protection
- IP54
Flow Meter
- Measures diesel fuel consumption in marine and land engines, generators and burners
- Models DFM 1000/2000/4000 with Qmax 1000/2000/4000 L/h
- Measurement inaccuracy ±0.5% (±1.0% in range Qmin to 3Qmin)
Technoton
