Glossary
This Glossary provides the Abbreviations, Terms, Protocols in use in the EV industry at large and within GreenFlux.
Abbreviations
Abbreviation | Meaning | Explanation |
CA | The mobile B2C app made by GreenFlux. Both offered to consumers directly and as a white-label B2B add-on to the GreenFlux EV Portal | |
CCU | Charge Point Control Unit | A module (hardware) inside a charge station that controls the charge points and handles communications with the outside world and vehicles |
CDR | Charge Details Record | A record of all necessary information required to bill a transaction that results from a charge session |
CP Module | Communication Protocol Module | A module installed in a charge point which enables the charge spot to receive messages from the outside world |
CPO | Charge Point Operator ( replaced by CSO ) | The user who connects the charging cable to the charge point. CPOs build EV charging stations, install hardware from a variety of EVSE vendors, and ensure optimal ongoing EV charging operations. They provide the charging network infrastructure, managing the backend technologies as well the connection between the chargers, to deliver reliable and consistent EV charging. CPO customers are EMSPs, who manage the relationships with electric vehicle drivers. |
CSMS | Charge Station Management System | This is an 'official' term used in the Open Charge Point Protocol terminology. OCPP is a communication protocol that is used between a charge station and a CSMS. A comparison would be a phone (the CSMS) that communicates via bluetooth (OCPP) with a car entertainment system (the Charge Station) (the analogy isn't perfect, but just to illustrate). A CSMS is basically the technical term describing the CPO platform. |
CSO | Charge Service Operator | It is the party that operates a network of charge points and has contracts with CSPs to allow their customers to use the charging facilities |
CSP | Charge Service Provider | The CSP is defined as the party that pays for the electricity with which the EV is charged |
DSO | Distribution System Operator | The DSO manages the distribution network and has the interest of not overloading the (local) grid. In order to do this, the DSO sends out a (time-varying) capacity forecast, informing about the available capacity for charging EVs. |
EMS | Energy Management System | There is no clear definition of an Energy Management System. You could argue that the GreenFlux platform is an energy management system given our smart charging technologies. Most of the time however, the term Energy Management System is used to indicate a local hardware solution that locally controls charge stations and/or battery systems, based on measurements taken locally |
eMSP / EMSP | Electric Mobility Service Provider | Providers of charging stations and points |
EV | Electric Vehicle | |
EVSE | Electric Vehicle Supply Equipment | EVSE is an acronym for Electric Vehicle Supply Equipment. It is the part that controls the power supply to a single EV in a single session |
GSOP | GreenFlux Service and Operation Platform | GreenFlux backend |
HPC | High Power Charging | |
ICCID | Integrated Circuit Card Identification Number | A unique 18-22 digit code that includes a SIM card’s country, home network, and identification number. You’ll usually find an ICCID printed on the back of a SIM card, but sometimes it’s included in the packaging materials instead. |
LC | Local Controller | Component that communicates with the CP modules in the charge spot and is able to change the maximum charge current in the charge spot. The LC is controlled by the CSP (but can also operate in offline mode). |
RFID | Radio-Frequency Identification | RFID-cards or RFID-tags or RFID-tokens refer to devices (quite often creditcard-like plastic cards) that are used by EV drivers to authenticate themselves at charge stations. As this is an internationally accepted and well-known term I think it's best not to translate it |
SCC | Smart Charging Controller | |
SCiP | Smart Charging in Practice | |
TSO | Transport Service Operator | A TSO (e.g. Tenet ) ensures a reliable and uninterrupted supply of electricity in a high-voltage grid |
Terms
Term | Explanation |
Cable Capacity | The maximum capacity (in Amps) that can go through a cable before something goes wrong (e.g. burning fuse or damage to the cable itself) |
Offline Mode | This is a working mode for a charge point in which it has no communication with the back office of the operator (usually due to communication failure) |
Protocols
Protocol | Meaning | Explanation |
eMobility Interoperation Protocol | Created by GIREVE - Protocol to lay down foundations to open access to vehicle charging stations. | |
Hubject | Hubject is a roaming hub, allowing CPOs and eMSPs to connect to each other through a single hub connection. | |
OCHP | Open Clearing House Protocol | Connects market actors in the field of electric mobility charging infrastructure |
OCPI | Open Charge Point Interface | A platform to platform (partner) protocol. The Open Charge Point Interface Protocol is an independent open protocol that supports connections between Mobility Service Providers, Charge Point Operators, and Navigation Service Providers. OCPI aims to simplify, standardize and harmonize the EV market. |
OCPP | Open Charge Point Protocol | The direction of this protocol is charger -> platform. It is an application protocol for communication between EV charging stations and a central management system, also known as a charging station network, similar to cell phones and cell phone networks. |
OICP | Open InterCharge Protocol | A platform to Hubject protocol |
OpeNADR | Open Automated Demand Response | A research and standards development effort for energy management led by North American research labs and companies. The typical use is to send information and signals to cause electrical power-using devices to be turned off during periods of high demand. |
OSCP | Open Smart Charging Protocol | The basic function of the Open Smart Charging Protocol (OSCP) is to communicate physical net capacity from the DSO (or site owner) to the back-office of the charge spot operator. The protocol can be used to communicate a 24-hour prediction of the locally available capacity to the Charge Spot Operator. The Service Provider will fit the charging profiles of the electrical vehicles within the boundaries of the available capacity. |
