OVERVIEW
Neutrino 100 delivers accurate, bidirectional energy measurement in a compact cylindrical design developed for on-street EV charging, smart infrastructure and restricted installation spaces.
Bidirectional Measurement
Compact Cylindrical Design
Built for EV Charging
Bidirectional Measurement
Compact Cylindrical Design
Built for EV Charging
TYPICAL APPLICATIONS
EV Charging
Data Centers
Smart Infrastructure
Space-Constrained Installations
Submetering
Product Details
Neutrino 100 is a compact electricity meter engineered for applications where installation space is limited but accurate, standards-compliant measurement is essential. Its cylindrical, thread-through design makes it particularly suitable for integration into street furniture, compact EV charging equipment and other space-constrained electrical systems.
Key Capabilities
Neutrino 100 measures imported and exported active energy and supports charging-session energy records, instantaneous electrical values and cable-loss compensation. This enables accurate settlement while accounting for energy losses between the meter and the charging point. Bidirectional measurement also supports vehicle-to-grid applications where energy may flow from the vehicle back into the network.
RS-485 communication with Modbus RTU allows straightforward integration with EV charging controllers and monitoring platforms. The compact direct-connected design simplifies installation in both new equipment and retrofit projects.
Technical Specifications
Measurement
EnergyBidirectional AC energy (G2V and V2G)
RegistersCable-loss compensated register; charging session-wise energy data
Measurement principleThread-through cylindrical design
Communication
InterfaceRS-485, Modbus
Data & Software
Interval profile5 minutes
Mechanical & Environmental
InstallationInside lampposts, bollards and kerbside EV chargers
Compliance
ApprovalsMID / IEC / pattern-approved
Downloads
Neutrino 100 DatasheetDatasheet · PDF · EN · 381 KB
Related products
GAMA 300ELGAMA three-phase meter for direct or CT-connected installations, with active and reactive energy, load profiles and flexible communications.
Feeder MonitoringEnd-to-end feeder metering and data collection for energy accounting, loss analysis and network planning on distribution feeders.