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.

Maximum number of independently configurable load-priority levels.

Maximum number of independently addressable energy assets that can participate in EMS control.

Maximum number of external electricity meters that can be simultaneously integrated into the EMS.

Maximum number of charging points or EVSE devices that can participate in one coordinated load-balancing group.

Maximum number of independently addressable EV supply equipment units that can be managed by the controller or gateway.

Maximum number of individual EV charging points or connectors that can participate in control or management.

Maximum number of active charging sessions that can be simultaneously supervised or controlled by the product.

Maximum number of independently configurable EV charging or load-balancing groups.

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.

Voltage value assigned to the product by the manufacturer for specified application conditions and characteristics.

AC frequency assigned to the product for normal operating conditions.

Number of phases of the electrical system for which the product is designed to be connected or used.

Current assigned to the product by the manufacturer for the declared operating and thermal conditions.

Number of available digital inputs of the product.

Number of available digital outputs of the product.

Indicates whether the product can measure and provide electrical voltage values.

Indicates whether the product can measure and provide electrical current values.

Indicates whether the product can measure and provide electrical network frequency values.

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

Number of independent relay outputs or sets of switching contacts provided by the product.

Number of integrated analog outputs provided by the product.

Number of integrated analogue input channels.

Number of outputs capable of generating manufacturer-declared high-speed pulse signals.

Indicates that the current transformer ratio used for measurement scaling can be configured in the device.

Minimum configurable primary current value used for current transformer scaling.

Maximum configurable primary current value used for current transformer scaling.

Standard secondary current ratings of external current transformers supported by the measuring input.

Indicates that active electrical power is measured or calculated by the device.

Indicates that reactive electrical power is measured or calculated by the device.

Indicates that apparent electrical power is measured or calculated by the device.

Indicates that the electrical power factor is measured or calculated by the device.

Minimum configurable primary-to-secondary current transformer ratio.

Maximum configurable primary-to-secondary current transformer ratio.

Overall electrical measurement connection topology of the device, distinguishing direct measurement and operation through external current, voltage, shunt, Rogowski or sensor interfaces.

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

Mechanical construction of the Rogowski sensing loop.

Manufacturer-declared output sensitivity of the Rogowski measuring system. UI may convert the value to mV/A or mV/kA.

Maximum measurable or withstand peak current declared for the Rogowski coil.

Indicates that the Rogowski coil requires an external integrator or signal-conditioning device.

Indicates that the required Rogowski integrator or conditioner is supplied with the product.

Output voltage corresponding to the declared rated primary current.

Physical length of the flexible or closed Rogowski sensing loop.

Length of the connection lead between the sensing loop and output or integrator connection.

Number of dedicated inputs capable of receiving pulse signals for counting, metering or accumulation.

Indicates that incorrect current-transformer polarity or reversed current measurement direction can be detected.

Indicates that an incorrect relationship between voltage and current phase channels can be detected.

Minimum configurable site grid-import active-power limit.

Maximum configurable site grid-import active-power limit.

Shortest manufacturer-supported interval between successive load-balancing control calculations or charging-power adjustments.

Charging-current limit applied in the applicable fail-safe load-balancing mode.

Charging-power limit applied in the applicable fail-safe load-balancing mode.

Indicates that current limits can be enforced using individual phase loading or phase-current constraints.

Minimum configurable current limit representing the electrical capacity or permitted current of the monitored site connection.

Maximum configurable current limit representing the electrical capacity or permitted current of the monitored site connection.

Indicates that an independent charging-current limit can be assigned to each managed EVSE.

Indicates that an independent active-power limit can be assigned to each managed EVSE.

Indicates that current limits can be controlled independently for individual charging points or connectors within managed EVSE equipment.

Indicates that active-power limits can be controlled independently for individual charging points or connectors.

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.

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.

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

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

Wireless communication technologies supported by the product.

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.

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

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 the device can generate a warning when scheduled or condition-based maintenance becomes due.

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 that the EMS can reduce site power peaks using controllable generation, storage or loads.

Indicates that the EMS can actively control site demand to remain below a configured demand limit.

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

Indicates that controllable loads can be assigned priorities for energy-management decisions.

Indicates that the EMS can schedule or optimize energy use according to time-dependent electricity tariffs.

Indicates that the EMS can optimize operation using changing electricity-price or tariff information.

Indicates that external electricity-price information can be received for use by energy-management logic.

Indicates that one or more external electricity meters can provide measurements to the EMS for control, optimization or monitoring.

Indicates that energy-management optimization can execute locally on the product without requiring continuous cloud-side computation.

Indicates that manufacturer-supported cloud services can perform or participate in energy-management optimization.

Indicates that core energy-management control remains available during loss of external Internet or cloud connectivity.

Indicates that the EMS can automatically transition from remote, cloud or supervisory control to locally executed control after loss of the external control path.

Primary control strategy used by the EMS after loss of the normal supervisory, cloud or external optimization source.

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.

Indicates that loss of a required or configured cloud connection can generate an explicit EMS alarm or diagnostic event.

Indicates that multiple charging points or EVSE devices can coordinate their charging power locally without requiring a remote cloud service.

Indicates that EV charging power can be automatically adjusted according to changing site load, grid-import capacity or another measured power constraint.

Indicates that dynamic EV load balancing requires measurements from a separate external electricity meter.

Measurement sources that can provide site load or grid-connection measurements used by EV load-management functions.

Indicates that loss or invalidity of the site measurement source used for load balancing can be detected.

Charging behaviour applied when required load-balancing measurements or control communication are unavailable.

Indicates that EV load-management decisions can use individual phase loading rather than only total three-phase power.

Indicates that the charging system can dynamically change the phase configuration used for charging where supported by the installation and connected vehicle.

Algorithms or policies supported for distributing available charging power between multiple EV charging points.

Logical roles in which the EV charging controller or gateway can operate within a charging-management architecture.

Architectures supported for coordination and distribution of available electrical capacity between EV charging points.

Indicates that load balancing can operate across multiple hierarchical levels such as site, subgroup and charging point.

Indicates that multiple EV energy or load-management controllers can be interconnected in a hierarchical or cascaded control architecture.

Maximum number of controller hierarchy levels supported by the manufacturer-approved cascaded architecture.

Indicates that compatible EV charging equipment can be automatically discovered by the controller or gateway.

Indicates that EV charging power can be adjusted according to locally available photovoltaic surplus generation.

Control policies supported when EV charging is coordinated with locally available photovoltaic generation.

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 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 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.

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

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

Compliance with Directive 2014/53/EU where the product constitutes radio equipment.

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.