External horizontal dimension of the product between its outermost lateral points.

External vertical dimension of the product from its lowest to its highest point.

External distance between the foremost and rearmost surfaces of the product.

Mass of the product itself, excluding transport packaging, additional accessories, and external equipment.

Primary visually perceived colour of the product's external surface.

Designation of the product's primary surface colour according to the RAL colour system.

Primary material from which the product is manufactured.

Permissible spatial orientation of the component during installation and operation.

Installation arrangement permitted by the product design, such as wall-mounted, flush-mounted, floor-mounted, or another specified mounting type.

Method used to mechanically secure the product to a support, surface, or load-bearing structure.

Type of surface or supporting base to which the product may be fixed.

AC frequency assigned to the product for normal operating conditions.

Electrical network earthing systems with which the product may be used in the declared configuration.

Manufacturer-declared time required to transfer the load between power sources, excluding intentionally configured time delays unless otherwise specified.

Indicates whether measurement or cumulative metering of electrical energy is supported.

Number of electrical socket outlets integrated into or supplied as part of the product.

Manufacturer-declared electrical power consumption while the product is energized but not actively switching the controlled load.

Indicates separate measurement or registration of energy flowing in both import and export directions.

Indicates that measured electrical quantities are available separately for individual phases.

Indicates that the device measures or accumulates active electrical energy.

Indicates separate measurement or accumulation of imported energy.

Indicates separate measurement or accumulation of exported energy.

Indicates that the interval between periodic measurement records can be configured.

Minimum configurable interval between periodically stored measurement records.

Maximum configurable interval between periodically stored measurement records.

Nominal electrical input voltage for which the power conversion device is designed.

Minimum continuous input voltage within the manufacturer-declared operating input range.

Maximum continuous input voltage within the manufacturer-declared operating input range.

Maximum manufacturer-declared input current under the specified operating conditions.

Maximum active electrical power drawn by the device from its input source under manufacturer-declared conditions.

Manufacturer-declared input power factor at the specified load and supply conditions.

Electrical current type delivered at the product output.

Nominal output voltage delivered under manufacturer-declared operating conditions.

Minimum output voltage available or permitted within the specified output operating range.

Maximum output voltage available or permitted within the specified output operating range.

Continuous output current for which the product is rated under the specified operating conditions.

Maximum output current permitted or available under manufacturer-declared conditions.

Continuous rated active output power of the power conversion device.

Maximum short-duration active output power available under manufacturer-declared conditions.

Manufacturer-declared power conversion efficiency at the specified operating point.

Maximum manufacturer-declared power conversion efficiency within the specified operating range.

Indicates that the output voltage is actively regulated within manufacturer-declared limits.

Accuracy of the actual output voltage relative to the configured or nominal output voltage setpoint.

Periodic AC component superimposed on the DC output voltage under specified measurement conditions.

Accuracy of regulated or measured output current relative to the declared or configured value.

Manufacturer-declared regulation accuracy of output current over the specified operating range.

Number of AC phases used by the electrical input of the product.

Electrical phase and neutral connection arrangement used at the AC input.

Indicates that a neutral conductor is required for the manufacturer-declared input connection.

General electrical power conversion technology used by the product.

Primary converter circuit topology used for power conversion.

Indicates that the product incorporates circuitry intended to improve input power factor.

Total harmonic distortion of the input current under the manufacturer-declared input voltage and load conditions.

Indicates that electrical energy consumed at the input can be accumulated or reported.

Indicates that electrical energy delivered through the output can be accumulated or reported.

Indicates that the converter is designed to transfer electrical power in both directions between its electrical ports.

Total harmonic distortion of the AC output current under manufacturer-declared operating conditions.

Manufacturer-declared AC output power factor under the specified operating condition.

Maximum manufacturer-declared reactive power that the power-conversion equipment can supply or absorb.

Minimum grid voltage at which grid-connected operation is manufacturer-declared as permitted.

Maximum grid voltage at which grid-connected operation is manufacturer-declared as permitted.

Minimum grid frequency at which grid-connected operation is permitted.

Maximum grid frequency at which grid-connected operation is permitted.

Manufacturer-declared delay before reconnection or resumption of power export after acceptable grid conditions have been restored.

Indicates that the product can automatically reconnect to the utility grid after valid grid conditions are restored.

Grid interaction control modes supported by the power-conversion equipment.

Grid-support and grid-code control functions implemented by the inverter.

Minimum configurable active-power output limit expressed as a percentage of rated active output power.

Maximum configurable active-power output limit expressed as a percentage of rated active output power.

Lowest manufacturer-declared lagging or inductive power factor supported during controlled grid operation.

Lowest manufacturer-declared leading or capacitive power factor supported during controlled grid operation.

Indicates that active power exported to the utility grid can be limited.

Indicates support for operation intended to prevent net active-power export to the utility grid.

Indicates that an external meter or power sensor can be used for grid export limitation or energy-flow control.

Indicates that the rate of change of active power output can be controlled or limited.

Maximum manufacturer-declared configurable active-power ramp rate expressed relative to rated power.

Indicates that the product provides a dedicated AC output intended to supply selected loads during grid outage or islanded operation.

Number of AC phases available on the dedicated backup or emergency output.

Indicates that the power-conversion system is designed to intentionally energize an isolated local electrical system when disconnected from the utility grid.

Indicates manufacturer-declared transfer to backup operation without an interruption significant for the intended supported loads.

Indicates that the EMS can maintain utility-grid import below a configured active-power limit.

Minimum configurable site grid-import active-power limit.

Maximum configurable site grid-import active-power limit.

Minimum configurable active-power export limit applied at the site grid connection point.

Maximum configurable active-power export limit applied at the site grid connection point.

EV conductive charging modes supported by the product according to the applicable IEC 61851 charging-mode classification.

Number of independent EV charging points, outlets or vehicle charging positions provided or directly controlled by the product.

Maximum number of EV charging points that can transfer charging power simultaneously.

Physical EV connection arrangement provided by the charging equipment, such as socket outlet, permanently attached charging cable, or both.

Indicates that the EV charging-current limit or charging-current setpoint can be configured.

Minimum manufacturer-supported configurable EV charging-current setting.

Maximum manufacturer-supported configurable EV charging-current setting.

Smallest manufacturer-supported increment of the configurable EV charging-current setting.

Indicates that a configurable maximum charging-power limit can be applied to the charging point or charger.

Minimum configurable EV charging-power limit supported by the product.

Maximum configurable EV charging-power limit supported by the product.

Indicates support for controlled electrical power transfer from the connected electric vehicle toward the public or facility electrical grid.

Indicates support for supplying a residential electrical installation from energy stored in the connected electric vehicle.

Indicates support for supplying or supporting a commercial, industrial or other building electrical installation from energy stored in the connected electric vehicle.

EV conductive charging connector systems provided or supported by the product.

Total number of physical EV charging connectors provided by the product.

Number of permanently attached EV charging cable assemblies supplied as part of the charging equipment.

Usable length of the permanently attached EV charging cable assembly.

Indicates that the permanently attached charging cable can be replaced as a service component.

Indicates support for the EV charging Control Pilot conductor and signalling function.

Indicates support for the Proximity Pilot or equivalent proximity-detection conductor/function in the charging interface.

Indicates support for PWM signalling on the EV charging Control Pilot interface.

Indicates that a physical electricity meter is integrated into the charging equipment or controller.

Indicates that electrical quantities or energy can be measured independently for individual charging points.

Indicates that energy transferred during an individual EV charging session can be measured or accumulated separately.

Indicates that a meter reading corresponding to the beginning of a charging transaction or session can be recorded or reported.

Indicates that a meter reading corresponding to the end of a charging transaction or session can be recorded or reported.

Indicates that electrical meter values can be periodically transmitted or reported to another device or backend system.

Minimum configurable interval between periodic meter-value reports.

Maximum configurable interval between periodic meter-value reports.

Indicates that metering data can be cryptographically signed or otherwise protected for authenticity and integrity verification.

Maximum manufacturer-declared electrical output power available from one individual charging point or connector.

Maximum manufacturer-declared output current available from one individual charging point or connector.

Indicates that the DC output can maintain the declared power capability across a manufacturer-specified portion of the output-voltage range.

Lower output-voltage boundary of the manufacturer-declared constant-power operating range.

Upper output-voltage boundary of the manufacturer-declared constant-power operating range.

Periodic ripple component superimposed on the regulated DC output current under manufacturer-declared measurement conditions.

Indicates that galvanic electrical separation is provided between the relevant input and output power circuits.

Principal power-stage method used to provide galvanic separation between the relevant electrical circuits.

Indicates that the cumulative number of charging sessions can be retained as an operating statistic.

Indicates that cumulative active EV charging time can be retained as an operating statistic.

Indicates that cumulative energy transferred toward connected EVs can be retained as a lifetime operating statistic.

Manufacturer-declared PWM frequency used on the EV Control Pilot signal where PWM signalling is implemented.

Minimum manufacturer-supported Control Pilot PWM duty-cycle value.

Maximum manufacturer-supported Control Pilot PWM duty-cycle value.

Indicates that the product detects and evaluates applicable electrical Control Pilot connection and charging states.

Indicates that the product can verify the expected diode behaviour of the applicable Control Pilot circuit.

Maximum manufacturer-declared active power transferable from the connected vehicle toward the utility grid in V2G operation.

Maximum manufacturer-declared active power transferable from the connected vehicle toward a home electrical system in V2H operation.

Maximum manufacturer-declared active power transferable from the connected vehicle toward a building electrical system in V2B operation.

Maximum manufacturer-declared DC current accepted from the vehicle battery during reverse power transfer.

Maximum manufacturer-declared AC current delivered toward the grid during supported bidirectional operation.

Maximum manufacturer-declared time required to transition between opposite permitted active-power-flow directions.

Continuous rated active power available from a dedicated backup or emergency AC output.

Nominal AC voltage provided by the dedicated backup or emergency output.

Maximum manufacturer-declared continuous or permitted current of the dedicated backup AC output.

Nominal AC frequency produced by the dedicated backup or emergency output.

Degree of enclosure protection against access to hazardous parts and ingress of solid objects and water, designated by the IP code.

Class of enclosure resistance to external mechanical impacts designated by the IK code.

Indicates whether the device is capable of detecting smooth DC residual current as part of the specified protective or monitoring function.

Declared threshold value of DC residual current for the specified detection function.

Indicates whether the product provides a dedicated function for monitoring the condition of the protective conductor.

Indicates that the product incorporates protection against excessive internal, component or monitored temperature.

Indicates that a welded or mechanically stuck closed contactor can be detected by comparing command, feedback and applicable electrical measurements.

Indicates integrated protection intended to detect unintended islanding and cease grid energization as required.

General classes of anti-islanding detection methods supported by the product.

Indicates that applicable grid protection thresholds or timing parameters can be configured during commissioning.

Indicates that the EV charging connector or socket can be mechanically or electrically locked during a charging session.

Primary mechanism used to retain or lock the EV charging connector.

Indicates that temperature of the EV charging connector, contacts or socket is actively monitored.

Indicates that temperature monitoring is provided within the permanently attached EV charging cable assembly.

Indicates that residual direct current detection functionality is integrated into the product rather than requiring a separate external RDC-DD.

Indicates that compliant operation requires a separate external residual direct current detecting device.

Indicates that insulation-resistance monitoring of the relevant isolated charging circuit is integrated into the product.

Insulation-resistance threshold at which the monitoring system issues an alarm or warning.

Insulation-resistance threshold at which the charging equipment inhibits or interrupts power transfer.

Indicates that insulation condition is checked before energizing the relevant EV charging power circuit.

Indicates that stored electrical energy on the DC charging output is actively or passively discharged after power transfer is interrupted.

Indicates that the charging connector is verified or controlled to be de-energized before unlocking or permitting disconnection.

Indicates that the product provides functionality intended to detect an unsafe open-PEN or equivalent PEN fault condition where applicable.

Methods used by the product or approved installation arrangement to detect or mitigate an open-PEN condition.

Indicates that the declared open-PEN protection arrangement requires a local earth electrode.

Indicates whether the material and coating are designed to withstand ultraviolet radiation.

Indicates whether the product is designed for the combination of weather influences specified by the manufacturer.

Minimum ambient temperature at which normal operation of the product is permitted.

Maximum ambient temperature at which normal operation of the product is permitted.

Minimum ambient temperature permitted during storage of the product while not in operation.

Maximum ambient temperature permitted during storage of the product while not in operation.

Maximum relative air humidity permitted for the declared operating or test condition.

Indicates whether the permissible humidity value applies only to non-condensing conditions.

Maximum altitude above sea level at which the product may be installed without exceeding the declared conditions.

Indicates whether the product's main operating function can be controlled by a remote command.

Indicates whether the product has an integrated local display.

Indicates whether the product can store an internal event log.

Maximum number of event records that can be stored in the product's internal log.

Indicates whether an integrated real-time clock is provided for timekeeping, event time-stamping, or time-based functions.

List of supported digital data communication protocols.

List of supported physical or logical digital communication interfaces.

Indicates whether an integrated web server or web interface is provided for access to product functions.

Indicates whether specified product settings can be read or changed remotely through a supported communication interface.

Indicates whether diagnostic information, status data, or fault information can be obtained remotely.

Indicates whether the product performs internal diagnostic checks to detect or report internal faults.

Indicates that device firmware can be updated by a manufacturer-supported procedure.

Number of integrated physical Ethernet communication ports.

Indicates that the product can automatically test its internal monitoring or measuring functionality.

Indicates that an internal functional self-test can be initiated manually.

Indicates that device parameters and configuration data can be backed up to an external system or supported storage medium.

Indicates that previously stored device parameters or configuration data can be restored to the product.

Indicates that warning, fault, status or diagnostic information can be transmitted through a supported digital communication interface.

Supported nominal Ethernet physical-layer link speeds.

Supported methods for assigning network-layer addresses to the Ethernet interface.

Indicates support for Internet Protocol version 6 communication.

Indicates that one or more integrated or optional wireless communication technologies are supported.

Wireless communication technologies supported by the product.

Cellular network technologies supported by the integrated or optional modem.

Physical or embedded SIM formats supported by a cellular communication module.

Indicates that an external antenna can be connected for wireless or cellular data communication.

Indicates that wireless or cellular signal-strength information is available locally or through communication.

Indicates that measured or logged data can be transmitted automatically without an explicit polling request.

Indicates manufacturer-supported communication with a cloud or remote Internet service.

Indicates that measurement, status or configuration data can be accessed through a documented application programming interface.

Application programming interface types supported by the product or its integrated communication service.

Indicates that firmware can be updated through a supported local or remote data communication interface.

Indicates that loss or inactivity of a communication link can be detected by an internal communication watchdog.

Indicates that the timeout used to detect communication loss or inactivity can be configured.

Minimum configurable communication timeout.

Maximum configurable communication timeout.

Indicates that access to network, web, API or remote configuration functions can require authenticated user credentials.

Indicates support for encrypted data communication through one or more manufacturer-supported communication services.

Transport Layer Security protocol versions supported for protected network communication.

Indicates that user permissions can be differentiated by user role or authorization level.

Indicates that security-relevant events such as authentication failures or configuration access can be recorded.

Indicates that the device verifies the integrity or authenticity of executable firmware during startup.

Indicates that firmware update packages are cryptographically authenticated before installation.

Indicates that loss of an expected communication connection can generate a local or remote alarm or diagnostic condition.

Indicates that the installed firmware version can be read locally or through a supported digital communication interface.

Indicates that changes to configurable product parameters can be stored in an internal or remotely accessible log.

Indicates that accumulated operating statistics are available for diagnostics or maintenance.

Indicates that detected fault events can be accumulated in one or more internal counters.

Indicates support for reverting to an earlier compatible system firmware version.

Indicates presence of a redundant or backup system firmware image for recovery.

Indicates that corrupted or failed system firmware can be recovered using a manufacturer-supported mechanism.

Maximum number of configurable user roles supported.

Indicates that energy, power, battery or site operating setpoints can be modified through a supported remote interface.

Indicates that priority between local, remote, cloud, schedule or external supervisory control sources can be configured.

Methods supported for authorizing an EV charging session.

Indicates that charging-session authorization can be completed using locally stored credentials or rules when the remote backend is unavailable.

Open Charge Point Protocol versions supported for communication between the charging equipment and a Charging Station Management System.

OCPP transport and message-encoding mechanisms supported by the implementation.

OCPP security profiles supported for communication with the Charging Station Management System.

Indicates support for OCPP Smart Charging functionality and charging-power scheduling or limiting through the backend.

OCPP charging profile kinds supported by the charging equipment.

Indicates support for locally stored OCPP authorization identifiers or authorization lists.

Indicates support for reservation functionality through OCPP.

Indicates support for OCPP device configuration, monitoring or device-model management functionality.

Indicates that ISO 15118-related vehicle communication functions are integrated with the OCPP backend implementation.

Indicates that charging transactions can be remotely initiated, stopped or otherwise controlled through OCPP where supported by the implemented protocol version.

Indicates that charging transactions can be processed according to locally available rules when the CSMS connection is unavailable.

Maximum number of Charging Station Management System endpoints that can be configured in the product.

Indicates support for switching to an alternative configured CSMS endpoint when the primary backend connection is unavailable.

Indicates automatic reconnection to the configured charging-management backend after communication loss.

Indicates support for OCPP functions used to coordinate bidirectional EV power transfer.

Indicates support for OCPP Distributed Energy Resource control functionality.

Indicates support for locally calculating charging-session cost using OCPP functionality.

Indicates support for standardized OCPP integration with a payment terminal or payment-terminal functionality.

ISO 15118 vehicle-to-grid communication specifications supported by the EV charging equipment.

Indicates support for certificate-management functions used by ISO 15118 communication and Plug & Charge infrastructure.

Indicates support for installation or provisioning of ISO 15118 contract certificates.

Indicates support for updating or renewing ISO 15118 contract certificates.

Indicates support for digital high-level communication between EV and EVSE beyond basic Control Pilot signalling.

Indicates support for data communication over conductors used by the EV charging interface.

Power-line communication technologies supported by the EV charging communication interface.

Indicates support for EV-to-EVSE high-level communication according to DIN SPEC 70121.

Indicates that the product incorporates an RFID credential reader for local user identification or authorization.

Indicates that the product incorporates an NFC reader for local identification, authorization or payment-related interaction.

RFID card, tag or credential technologies supported by the integrated reader.

Indicates that the product incorporates a camera or optical reader capable of reading QR codes.

Indicates that the local display can generate or present transaction-specific or session-specific QR codes.

Indicates that charging can be locally started or stopped using a physical control or local user interface.

Local methods used to indicate charging-point state, availability, charging progress or fault condition.

Indicates that the charging connector holder, connector area or cable termination includes status-related illumination.

Indicates that the charging socket area includes illumination to aid connection or indicate status.

Methods by which the product can be initially commissioned, configured or provisioned for operation.

Indicates that a guided commissioning workflow is available to assist with initial product configuration.

Indicates that supported installation parameters, connected devices or charging interfaces can be automatically detected or configured during commissioning.

Indicates that the product or commissioning software can validate configured installation parameters before normal operation is enabled.

Indicates that commissioning parameters, checks or results can be exported as a service or installation record.

Indicates that historical records of EV charging sessions can be retained locally or in an integrated logging subsystem.

Maximum number of charging-session records that can be retained by the product where manufacturer-declared.

Indicates that detailed product fault records can be stored separately from or in addition to the general event log.

Maximum number of retained fault records where a dedicated fault-history capacity is manufacturer-declared.

Indicates that stored event, fault, charging-session or diagnostic logs can be viewed through a supported remote interface.

Indicates that stored diagnostic, event or charging-session log data can be exported or downloaded remotely.

Indicates that a structured snapshot of relevant operating states, measurements and diagnostics can be captured for troubleshooting.

Indicates that diagnostic operating data can be automatically captured when a fault condition occurs.

Indicates that the product operating system, controller or charging application can be restarted through an authorized remote command.

Indicates that installation of an available firmware update can be scheduled for a defined maintenance or low-use period.

Indicates that an available firmware update can be postponed rather than installed immediately.

Indicates that the product can automatically restore a previously valid firmware image after an unsuccessful update or startup validation failure.

Indicates that a dedicated operating mode is available for authorized service, maintenance or diagnostic activities.

Indicates that an authorized service or diagnostic mode can be entered or used through a supported remote service connection.

Indicates whether the CE marking is applied to the product where applicable.

Indicates that the product is intended for a measurement application subject to legal metrology requirements.

Indicates manufacturer-declared approval for legally regulated or commercial measurement use in at least one applicable jurisdiction.

Indicates suitability for revenue or billing energy metering where the manufacturer explicitly declares such use.

Compliance with Directive 2014/32/EU on measuring instruments where applicable.

Indicates that the product falls within the MID MI-003 category for active electrical energy meters.

Indicates that legally required metrological marking is applied to the product where applicable.

Indicates presence of the supplementary metrology marking required by the applicable European measuring-instrument conformity scheme.

Indicates that manufacturer-provided grid-code or country-specific operating profiles can be selected or commissioned.

Number of manufacturer-provided grid-code or country-specific operating profiles available in the product.

Compliance with Directive 2014/35/EU where applicable to the product.

Compliance with Directive 2014/30/EU on electromagnetic compatibility where applicable.

Compliance with IEC 61851-1 general requirements for electric vehicle conductive charging systems.

Compliance with IEC 61851-21-2 EMC requirements applicable to off-board electric vehicle charging systems.

Compliance with IEC 61851-23 requirements for DC electric vehicle supply equipment.

Compliance with IEC 61851-24 requirements for digital communication used to control conductive DC charging.

Compliance with IEC 61851-25 for applicable DC EV supply equipment where protection relies on electrical separation.

Compliance with IEC 62196-1 general requirements for EV plugs, socket-outlets, vehicle connectors, vehicle inlets and applicable cable assemblies.

Compliance with IEC 62196-3 dimensional compatibility requirements for DC and combined AC/DC EV vehicle couplers.

Indicates that the relevant product implementation is officially certified under the Open Charge Alliance OCPP Certification Program.

OCPP protocol versions for which the specific product implementation holds an applicable official Open Charge Alliance certificate.

OCPP certification profiles explicitly covered by the applicable Open Charge Alliance certificate.

Official Open Charge Alliance certificate identifier associated with the certified implementation.

Indicates whether the applicable OCPP product certification covers an individual product or an approved product family.

Mass of the product together with its individual packaging and the accessories included in it.

External horizontal dimension of the product's individual package.

External vertical dimension of the product's individual package.

External depth dimension of the product's individual package.

Calculated or declared external volume of the product's individual package.

Design type of the product's individual or transport packaging.

Primary materials from which the product packaging is made.

Mass of the empty packaging without the product and its accessories.

Number of individual products contained in one packaging unit at the specified level.

Indicates whether the packaging used is declared recyclable as secondary raw material.

Indicates whether the packaging is designed for reuse without changing its primary purpose.

Indicates whether the packaging is intended to be returned to the supplier, manufacturer, or another participant in the logistics chain.