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Smart Multi-Channel Charger for Parkside Batteries – Under Development

Project Overview

Parkside Multi Charger is a proprietary smart battery charging system designed specifically for managing Parkside battery packs.

The objective is to build more than a charger. The system is designed to monitor battery status in real time, log charging sessions and provide a web-based interface for monitoring and configuration.

Safety, reliability and future expandability are key priorities throughout development.

Smart Multi-Channel Charger for Parkside Batteries – Under Development
Smart Multi-Channel Charger for Parkside Batteries – Under Development Project Overview
Parkside Multi Charger is a proprietary smart battery charging system designed specifically for managing Parkside battery packs. The objective is to build more than a charger. The system is designed to monitor battery status in real time, log charging sessions and provide a web-based interface for monitoring and configuration. Safety, reliability and future expandability are key priorities throughout development. Key Features Wi-Fi connectivity Web interface Real-time monitoring Charging history Modular architecture Continuous firmware updates Current Status The project is currently under active development. Current work focuses on firmware stability, network communication and building the software foundation for future features. This page will be updated regularly as development progresses. Planned Features Multi-battery support Web configuration Charging logs Automatic monitoring Firmware updates Remote access Expandable hardware platform Development Status 🟡 Active Development The project is currently in the prototype stage. Specifications and features may change during development. Follow our news page for the latest updates. Research Sources & References Primary Reverse Engineering Sources Hackaday – Lidl Parkside Battery Hacks https://hackaday.io/project/188089-lidl-parkside-battery-hacks Hackaday – Project Logs https://hackaday.io/project/188089-lidl-parkside-battery-hacks/logs Hackaday – Not so smart battery https://hackaday.io/project/188089/logs RE akupacku Parkside X20V / Hecht 001246 https://chiptron.cz/articles.php?article_id=336 Elektroda – Parkside X20V Battery Discussion https://www.elektroda.pl Elforum – Parkside BMS Analysis https://elforum.info Elforum – Parkside Charger Analysis https://elforum.info Main Component Documentation LGT8P22A MCU UTSource https://www.utsource.net Accio Datasheet Search https://www.accio.com XY6020L DC/DC Module User Manual / Modbus Interface https://www.mediafire.com/file/xy6020l_manual.pdf Datasheet (GY21208) https://www.icstation.com/download/XY6020L.pdf Mean Well LRS Power Supplies https://www.meanwell.com/productSeries.aspx?i=459 Original Research Performed for This Project Parkside X20V Battery PCB documentation LGT8P22A identification LY758BX V1.1 board analysis J1 programming connector CS/DS resistance measurements Idle voltage measurements Communication line analysis Original Parkside Charger PCB documentation LGT8P22A identification Active communication line analysis CS input investigation 5 V pull-up measurements 2.5 V reference measurements Live charging measurements Current Knowledge Base ✅ Parkside X20V battery hardware ✅ Parkside X20V charger hardware ✅ LGT8P22A MCU ✅ CS/DS communication ✅ Communication frames ✅ Arduino emulation ✅ Open Collector operation ✅ Hecht compatibility ✅ Bluetooth Smart batteries ✅ XY6020L integration ✅ Parkside Multi Charger (Normal) ✅ Parkside Multi Charger Pro
Technical data

Key features

Key Features
Wi-Fi connectivity
Web interface
Real-time monitoring
Charging history
Modular architecture
Continuous firmware updates
Current Status
Planned Features
Multi-battery support
Web configuration
Charging logs
Automatic monitoring
Firmware updates
Remote access
Expandable hardware platform
Development Status
Media library

Project images

FAQ

Frequently asked questions

What is Parkside Multi Charger?

Parkside Multi Charger is a proprietary smart charging management system designed for Parkside X20V Team batteries.

What is the difference between the Normal and Pro versions?

The Normal version uses the original Parkside charger, while the Pro version features a proprietary charging controller.

Which batteries are supported?

The primary target platform is the Parkside X20V Team battery family.

Does it work with the original Parkside chargers?

Yes. The Normal version is designed to operate with the original Parkside charger.

Does the Pro version use the original charger?

No. The Pro version uses its own proprietary charging controller.

Will there be a web interface?

Yes. Both versions are planned to include a dedicated web-based interface.

Will Bluetooth be supported?

Yes. Bluetooth connectivity is planned for the Pro version.

Will it support Home Assistant?

Yes. The Pro version is planned to support MQTT integration with Home Assistant.

Will RFID identification be available?

Yes. The Pro version is planned to identify each battery using RFID technology.

Will firmware updates be available?

Yes. Firmware updates are planned for the system.

Is the project open source?

No. Parkside Multi Charger is a proprietary hardware and software development project.

When will it be available?

The project is currently under active development, and no official release date has been announced.

Can I pre-order it?

Pre-orders are not available at this stage.

Where can I follow the project?

Visit the official project page: https://3dps.hu/parkside_multicharger.php?lang=en

How can I support the project?

You can support the project here: https://4fund.com/hu/dj6jde

Contact

Smart Multi-Channel Charger for Parkside Batteries – Under Development

Project Overview Parkside Multi Charger is a proprietary smart battery charging system designed specifically for managing Parkside battery packs. The objective is to build more than a charger. The system is designed to monitor battery status in real time, log charging sessions and provide a web-based interface for monitoring and configuration. Safety, reliability and future expandability are key priorities throughout development.

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