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AI EV Charging Operations Platform

EVCP

Chargers, usage, payment and energy data joined into one — with AI predicting faults and demand, and tuning how you operate.

EVCP 화면 — 프로토타입 예시
Overview

Charging data, turned into steadier and leaner operation

EVCP brings together charger integration, membership, payment and monitoring, and adds AI analysis for fault response and energy management.

EVCP가 전기차 충전기의 실시간 관제와 사용자·결제·정산·분석·안전 관리를 연결하는 모습
Managing every chargerChargers from different makers connected over OCPP, with status and settings managed remotely
Predicting faultsCharging state and error history are read to find likely failures early, and to say what to inspect first
Membership, payment, settlementMembers, bookings, payment methods, usage records and settlement — all handled in one place
Demand and energyUsage patterns by time and place, and energy consumption, inform planning, pricing and load management
AI Operations Console

Operations and AI analysis on one screen

Site and charger status is read together with usage data, giving what you need to respond to faults and run the network better.

Monitoring

Site monitoring

See every site and charger on the map, and open the detail and usage history straight away.

  • By operator and region Pick the site from a list by operator or region
  • Status and history per charger Charger status and recent usage in one view
  • Straight from the map Choose the site on the map itself
EVCP 충전소 관제 화면 — 지도 기반 운영 충전소·충전기 상태
Dashboard

Operations dashboard

Arrange the charts you want, and watch charger status, revenue and energy delivered as it happens.

  • Monthly revenue Revenue trend by period
  • Energy delivered Monthly totals show the scale of the operation
  • Chargers in service By region — available, charging, offline and faulty
EVCP 다이나믹 대시보드 — 월별 매출·충전량·가동 충전기 수 차트
AI Insight

Predicting faults, demand and energy

Charging state, error history, usage patterns and energy consumption are read by AI to suggest what the operator should look at first.

  • Early warning Repeated errors and shifting status put the most likely failures at the top of the list
  • Demand forecast Patterns by hour, day and area show expected demand and where it will be busy
  • Energy recommendations Consumption and tariffs taken together to spread load and adjust operating hours
충전기 상태와 이용 통계를 분석해 이상 징후·수요·에너지 운영을 지원하는 EVCP 구성
Event

Live event monitoring

Charger events are collected live, shown in a list and on the map, and timed to the moment the state changed.

  • Events as they happen Start, idle, disconnect and the rest, recorded in the order they occurred
  • Where it happened The site is shown on the map at the same time
  • Change history Charger ID, site name and the time of the change
EVCP 실시간 이벤트 관제 — 충전기 상태 이벤트 목록과 지도 표시
Search

Finding a site on the map

Roaming partner sites and their chargers can be searched on the map. The driver app and the admin app share the same map module.

  • Site and charger detail Detail for each site and charger, from the map
  • Search by address Find a site by typing the address
  • Filter by operator and type Filter by operator and by charger type — slow, fast and ultra-fast
EVCP 지도 기반 충전소 검색 — 충전소·충전기 상세 정보와 주소 검색
Service Architecture

Separate services, so a fault stays small and growth stays easy

Membership, charger integration (OCPP), payment and roaming each stand alone — limiting the blast radius of a fault and making it simple to add what you need.

Membership

Sign-up, authentication, tariffs and usage history as their own service

Charger integration (OCPP)

OCPP version and compatibility checked per charger before it joins the gateway

Payment

Charging billed and settled per session, with payment gateway integration

Roaming

Roaming between operators widens where drivers can charge

EVCP 서비스 구조도 — 클라이언트(WEB·WAS)와 퍼블릭 클라우드의 회원·충전기연동(OCPP)·App·결제·로밍 서비스
Reference

Built for a client, kept as a product

OCPP 1.6JExperience integrating and operating chargers
OCPP 2.0.1Features fitted to each business
Extension standardsDesigned to work with the roaming standard (OCPI) and vehicle-to-charger communication (ISO 15118)
LTE Cat M1Our own communication module (2025)
Energy · SK Energy

EV charging platform

The problem Entering the charging business with no platform for membership, integration, payment or monitoring

What we did Built and ran microservices on OCPP — and kept the result as EVCP, our own product

The result Everything a charging business needs, held as a platform we can reuse

Our own module

OCPP LTE module

A Mini PCI LTE Cat M1 module developed in-house (2025) — we build the charging communication hardware too

See all build cases
Ideal Use Cases

It suits operators like these

For operators starting out in charging, or widening what they already run.

New to the charging business

Where membership, payment and monitoring all have to be built from nothing

Running chargers from several makers

Chargers from different makers connected over OCPP and managed on one screen

Growing the business in stages

Adding what is needed now, and leaving roaming for later

Operating under your own brand

Where you want to decide the screens and the pricing yourself