ISO/IEC 30118-15:2021 - OCF resource to EnOcean mapping specification
Overview
ISO/IEC 30118-15:2021 defines a detailed mapping between EnOcean Equipment Profiles (EEPs) and Open Connectivity Foundation (OCF) device and resource models. The standard specifies how EnOcean telegram parameters and device capabilities are exposed as OCF resources, including naming, value assignment, ranges, arrays, default and conditional mappings, and method invocation semantics. It is intended to enable reliable protocol translation and interoperability between EnOcean wireless devices and OCF-based IoT ecosystems.
Key technical topics and requirements
- Interworking approach and theory of operation - principles for translating EnOcean data into OCF resource models.
- Value assignment & property naming - conventions for mapping EnOcean parameters to OCF property names and types.
- Ranges, units and arrays - rules for numeric ranges, units and multi-value properties.
- Default and conditional mapping - guidance when mappings depend on context or optional EEP fields.
- Method invocation semantics - how OCF operations map to EnOcean actions where applicable.
- EnOcean translation and gateway requirements - operational scenarios, use case for EnOcean bridging, and requirements for exposing EnOcean devices to OCF clients.
- Device type mapping - mapping of EnOcean equipment profiles to OCF device and resource types.
- Telegram parameters covered - push buttons, rockers, key-cards, alerts, open/closed contacts, temperature, barometer, illumination, humidity, PIR/occupancy, liquid leakage, smoke detectors, etc.
- Detailed mapping APIs - derived models, property definitions and derived model definitions for many EEPs (e.g., A5-05-01 barometric sensor, A5-06 light sensors, A5-07 occupancy sensors, F6 series key-card and switches, etc.).
Practical applications and who uses this standard
- Gateway and bridge developers - implement protocol translators that expose EnOcean devices as OCF resources.
- IoT platform integrators - integrate EnOcean sensors and actuators into OCF-compliant ecosystems for smart buildings and industrial applications.
- Device manufacturers - design EnOcean devices with mappings that simplify OCF interoperability.
- Building automation and energy management - enable occupancy-based HVAC and lighting control, environmental monitoring, security and leak detection using EnOcean sensors integrated through OCF.
- System architects and solution providers - ensure consistent naming, units and API design when combining EnOcean wireless devices with OCF-enabled controllers and cloud services.
Related standards
- OCF core specifications (Open Connectivity Foundation)
- EnOcean Equipment Profiles (EEP) documentation
- Other parts of the ISO/IEC 30118 series (OCF specifications)
Keywords: ISO/IEC 30118-15:2021, OCF resource to EnOcean mapping, EnOcean EEPs, OCF mapping specification, IoT interoperability, EnOcean-to-OCF gateway, device type mapping, telegram parameters.