DC fast charging infrastructure – future-proof solution
Building electric vehicle charging infrastructure not only provides convenient service for your customers and employees, but also creates long-term value and increases the competitiveness of your property and facility.
With our DC fast charger installation service, we provide comprehensive, reliable support from planning to commissioning.
What does the service include?
Site survey and planning
Our specialists assess local conditions, electrical grid capacity, and technical requirements for installation. We then design the optimal charging station configuration.
Equipment selection
We help you select the appropriate power (25–300 kW) DC fast charger, tailored to your needs and traffic load.
Permitting and administration
We handle all necessary documentation, grid connection permits, and administrative processes.
Construction and installation
We fully execute the professional installation of charging stations, including foundation work, cabling, and grid connection. The installation complies with all standards and electrical safety regulations.
Commissioning and testing
After system configuration, testing, and remote monitoring setup, the charger is immediately ready for use.
Maintenance and support
Upon request, we provide ongoing maintenance, system monitoring, and rapid troubleshooting.
Proprietary OCPP 1.6 Backend System
– Complete Control and Intelligent Operation
The stable and reliable operation of installed charging stations is ensured by our proprietary OCPP 1.6 compatible backend system. This international standards-based communication platform enables real-time monitoring, control, and business-level operation of chargers.
Our OCPP 1.6 backend solution
As backend developers, we specialize in managing electric vehicle chargers based on the OCPP 1.6 protocol, which as an open standard ensures seamless communication between chargers and central systems.
What is OCPP 1.6?
OCPP 1.6 (Open Charge Point Protocol) is a global standard introduced in 2015 that enables data exchange between charge points and the central management server (Central System) in JSON (1.6J) or SOAP (1.6S) format. Key functions include starting/stopping charging sessions, measuring energy consumption, RFID authentication, reporting error messages, and remote firmware updates. This protocol is vendor-independent, working with any OCPP 1.6-compatible charger (e.g., Wallbox, EVLink), reducing the risk of vendor lock-in.
What can the backend system do?
- Real-time monitoring
- Tracking charging status, performance data, and events.
- Instant alerts in case of errors or anomalies.
- Remote control
- Starting and stopping charging sessions.
- Firmware updates and configuration changes remotely.
- Card management and access rights administration.
- OCPP 1.6 compatibility
- Widely adopted industry protocol ensuring seamless integration of DC and AC chargers from various manufacturers.
- Capable of handling unsolicited communication, transactions, diagnostics, and parameterization.
- Detailed reports and statistics
- Utilization, energy consumption, revenue data.
- Custom and periodic reports tailored to corporate needs.
- Secure operation
- Encrypted communication and administrative permission levels.
- Stable server-side infrastructure with high availability.
Why install a DC fast charger?
Fast charging
Significant capacity replenishment in just 15–30 minutes
Ideal for high-traffic locations
Gas stations, shopping centers, corporate parking lots, hotels.
Future-proof investment
Due to the growth of electromobility, demand for high-power chargers is increasing.
Revenue opportunity
Charging fees, customer-attracting service.
Installation and Operation of Municipal CCTV Surveillance Systems – Security, Reliability, Transparent Operation
Modern surveillance systems play a key role in enhancing public safety, protecting property, and supporting rapid response. With our comprehensive solutions, we support municipalities in every aspect from planning through installation to long-term operation.
Why install a professional surveillance system?
- Enhances public safety
- Helps prevent and detect violations
- Reduces vandalism and property damage
- Creates a safer municipal environment
- Expandable and sustainable long-term investment
What does the service include?
Site survey and planning
Designation of installation points based on viewing angles, lighting conditions, and security priorities. Preliminary assessment of network, data protection, and integration requirements.
System design and technology selection
Integration of HD/4K IP cameras, ANPR license plate recognition, PTZ cameras, and intelligent video analytics. Development of flexible, expandable architecture tailored to future needs
Permitting and documentation
Preparation of data protection compliant notices and data management documentation. Authority consultations and professional support as needed.
Construction and installation
Professional installation of cameras, poles, cabling, and network active equipment. Establishment of optical or IP-based data transmission network. Installation of stable mounting and server systems.
Commissioning and system integration
Configuration of central monitoring software. Integration with civil guard, police, or municipal dispatch center. Testing, handover, training for operating personnel.
Ongoing operation and maintenance
Remote system monitoring and real-time error monitoring Regular maintenance, lens and optical cleaning, firmware updates Rapid on-site troubleshooting Comprehensive SLA-based service packages optimized for municipal needs
Request a quote!
Frequently asked questions
How does our system work?
Our system uses RESTful APIs and WebSocket to handle OCPP 1.6 messages (e.g., BootNotification, StartTransaction, StatusNotification). The backend is Node.js/Python-based, stores transactions in a database (PostgreSQL/MongoDB), and offers a dashboard for administrators. Example workflow: Charger connects → authentication → RFID reading → charging initiation → consumption metering → completion and invoice generation.
|
Function |
Description |
Customer Benefit |
|
Transaction Management |
Charging start/stop, metering |
Accurate billing, transparency |
|
Error Monitoring |
Real-time alerts |
Rapid repair, minimal downtime |
|
User Management |
RFID/app authentication |
Secure access |
|
Reports |
Energy statistics, costs |
Business decision-making |
Sales arguments for presentation
Target audience: Charging network operators, dealers, property developers in Hungary, where the EV market is growing explosively.
Pitch Points:
- Cost Savings: Open protocol = no expensive vendor lock-in, 30-50% lower operating costs.
- Fast ROI: SaaS model (monthly fee) or one-time license, free trial.
- Hungarian Focus: EU-compliant, meets local regulations (e.g., Schneider EVLink support).
- Demo Sequence: Live WebSocket connection demonstration with charger → transaction simulation → dashboard demo → ROI calculation.
- References: Compatible with 100+ charger types globally, scalable from 1 to 1000 chargers.
With this solution, your partners can become market leaders in the EV charging sector – let’s offer a free PoC (Proof of Concept) after the presentation!
Key benefits for your prospective customers
- Interoperability: Different brands of chargers can be managed and expanded on a single network without replacing hardware.
- Intelligent Charging: Supports load balancing, dynamic pricing, and remote diagnostics, optimizing energy consumption and reducing costs.
- Real-Time Monitoring: Energy usage, charging status, errors visible in real time with rapid troubleshooting.
- Scalability: Can run on cloud or local server, with RFID card management, billing, and reporting.
- Future-proof: Easily upgradable to OCPP 2.0/2.1 with minimal transition costs.
This website was created within the framework and with the support of the Demján Sándor Program.
