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Go2EV

Monitoring, diagnostics, and service of EV charging stations.

Who It's For?

Charging station operators:

Managers of public and private charging points.
Potentially thousands of operators worldwide.

Energy providers:

Energy companies that integrate EV charging solutions with renewable energy sources and energy grid management.

Solutions :

  • Monitoring multiple stations on a single platform
  • Stability and availability of chargers
  • Failure prediction and auto-healing
  • Hardware-agnostic software
  • Connectivity with charging stations
  • Efficient charging and network load management – 360° management
  • Service and maintenance management
  • Error and failure reporting

Solution- Charge Point Management System

Monitoring i predictive maintenanace

  • Use of Machine Learning and Deep Learning
  • Anomaly detection
  • Automatic restarts of chargers / reduction in service costs

Network load management

  • Optimization of energy consumption based on market conditions, with the ability to manage load.

Scalability and stability of the solution

  • Cloud computing
  • Containerized environments
  • Kubernetes and auto-healing mechanisms

OCPP Standard

  • Utilization of a standard supporting chargers from 40 manufacturers, along with the capability to create a dedicated API for manufacturers that do not comply with the OCPP standard.

Constant secure connectivity

  • Utilization of LTE connections with support for multiple SIM/eSIM cards and automatic switching option, TLS protocols.

Integration with existing systems

  • mPay, PayU, Przelewy24, etc.

Monitoring i predictive maintenanace

  • Use of Machine Learning and Deep Learning
  • Anomaly detection
  • Automatic restarts of chargers / reduction in service costs

Network load management

  • Optimization of energy consumption based on market conditions, with the ability to manage load.

Scalability and stability of the solution

  • Cloud computing
  • Containerized environments
  • Kubernetes and auto-healing mechanisms

OCPP Standard

  • Utilization of a standard supporting chargers from 40 manufacturers, along with the capability to create a dedicated API for manufacturers that do not comply with the OCPP standard.

Constant secure connectivity

  • Utilization of LTE connections with support for multiple SIM/eSIM cards and automatic switching option, TLS protocols.

Integration with existing systems

  • mPay, PayU, Przelewy24, etc.

Implementation potential

Our solution is characterized by its quick deployment capability and scalability, making it ideally suited to the rapidly growing e-mobility market.
By utilizing the public cloud, we achieve a very low Time-to-Market (TTM), while the microservice architecture and containerization ensure dynamic horizontal scaling of the system, adding additional nodes as needed. The release of new versions will be based on a CI/CD process, prepared for frequent deployment of new versions into production while maintaining operational continuity.

The challenges we face, such as handling chargers from different manufacturers and maintaining stable connectivity with individual charging stations, are actively addressed through the implementation of standards like OCPP, as well as the proposed network and software architecture.

Benefits for customers

Reduction of maintenance costs and increased network reliability:

Thanks to problem detection algorithms and self-healing features, stations can return to full operation within minutes, without the need for service visits.

Dynamic pricing:

Dependent on network load, energy prices in the market, and the number of chargers in use at a given station.

Interoperability and flexibility:

Enabling collaboration with charging stations from various manufacturers and managing them from a single location. Open standards, such as OCPP.

Energy demand management:

Optimization of energy consumption through load management (Dynamic Load Management) – controlling energy consumption according to the dynamics of price changes. Reduced energy storage costs.

Full network control:

The ability to remotely manage charging sessions, update software, set charging profiles, and continuously monitor the status of stations, ensuring maximum network efficiency.

Data-driven decisions:

Access to valuable data regarding customer behaviors, their charging habits, and station load will enable optimal business decisions regarding new locations and pricing, resulting in increased revenue and ROI.

Dashboard visualization

Architecture - management of charging stations and chargers

Solution Architecture

  • Utilization of the Open Charge Point Protocol 2.0.x for communication with charging stations
  • Microservice architecture
  • Containerized back-end
  • Dedicated front-end for users and administrators
  • Available public API

Architecture - management of charging station connectivity

Business continuity vs connectivity

The two main tasks of the network architecture are to ensure reliable and secure communication, maximally independent of the state of transport networks.
To ensure the continuity of connections, critical from the customer’s perspective in utilizing the station, the design proposes establishing n+1 independent connections to a distributed cluster in n+1 datacenters. This approach secures communication in case of issues with one of the operators, and traffic switching occurs automatically, including prioritization of critical traffic, such as infrastructure service at the station, e.g., payments, and lower-priority traffic.

Team Experience

Mac imteam1

Sławomir Węgorzewski

IT Architect with 20 years of experience, brings expertise gained from working in organizations such as the Ministry of Digital Affairs, Chancellery of the Prime Minister, Central Information Center, Social Insurance Institution (ZUS), as well as companies like Pentacomp, BlueSoft, and Envelo. Designs system architectures (HLD and LLD) and leads their implementations in production environments. Ensures consistency of solutions with the business architecture.
Mac imteam3a

Łukasz Wróblewski

Experienced Platform Architect with over 14 years of experience in Site Reliability Engineering, DevOps, and administration of Linux and Kubernetes systems. Has worked in numerous Polish startups, including unicorns, and stands out as a technical leader and trainer. His extensive experience and ability to shape effective teams are the foundation of our Go2ops.
Mac imteam4

Maciej Zaleski

He has 10 years of experience in managing IT teams, executing projects for international corporations, SMEs, and startups. His competencies include product management, strategic planning, and business development. He demonstrates the ability to build interdisciplinary teams and effectively bring products and projects to market. An MBA graduate.
Mac imteam2

Kamil Schild

Network Architect with over 15 years of experience in designing, building, and configuring telecommunications networks; both operator and commercial. He possesses both theoretical and practical knowledge regarding infrastructure operations, focusing on traffic optimization, effective security, and reliability of connections. His experience includes projects with operators such as UPC/Play as well as solutions specific to data centers.

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