Installing our LiFePO4 Battery Management System on a Narrowboat
We are currently installing our LiFePO4 Battery Management System (BMS) onto a new Narrowboat that has electric propulsion. See the boat at Narrowboat Firecrest at www.nb-Firecrest.co.uk and follow their real life experience as they cruise the English canal network with what is believed to be the first narrowboat to use LiFePO4 Lithium batteries for propulsion.
Designing a LiFePO4 Battery Management System (BMS) for off grid power storage.
We are designing a LiFePO4 Battery Management System (BMS) for off grid power storage.
Multi-lingual Laboratory Test Equipment
Released a new software version of a successful piece of Laboratory Test Equipment to support multiple languages. Including Japanese, Chinese, English, German, French, Swedish, Norwegian, Italian, Spanish and Portuguese.
Battery Charging and Battery Management
We inherited a project with an internal battery that could not be charged even thought it was flat.
We ended up rewriting the software with a battery management software that would accurately report the percentage of remaining battery capacity, and charged the battery using a multi-stage battery charging algorithm, that reduced the charging time, increased the usable battery capacity, protected the battery form damage due to excessive discharge or and over charging.
Production Settable MAC addresses
After inheriting a project that required the original design company to recompile the software for every individual device and to program the every new PC, causing delays and high production costs.
We modified the software so that our Customer's production could set the MAC address as required, but also implemented a production programmer that not only programmed the device but also set a unique MAC address for each PCB at the touch of a button. Saving our customer long delays and considerable costs.
Migration from WinCE 5.0 to WinCE 6.0
Eden Electronics Design Ltd migrates bespoke laboratory test equipment to use WinCE 6.0. The improved memory management in WinCE 6.0 allowed additional features to be added to the product and broadened the market appeal of the equipment. The product uses a PXA320 processor module for both the user interface and the real-time hardware control, of motors, sensors, pneumatics and hydraulic components.
Eden Electronics Joins ARM Connected Community
Eden Electronics Design Ltd today announced it is a new member in the ARM® Connected Community, the industry’s largest ecosystem of ARM technology-based products and services. As part of the ARM Connected Community, Eden Electronics will gain access to a full range of resources to help us design and develop innovative solutions.
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Eden Electronics becomes a Microsoft Windows Embedded Partner
Having use Microsoft Windows CE 5.0 on several projects we have now become a Microsoft Windows Embedded Partner, allowing us to better support our customers with Windows Embedded applications, such as the Laboratory Bottle sampler, that we developed in collaboration with other companies.
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First Embedded System with a Japanese user interface
Having made multi-lingual PC applications to support the embedded software in sensors and test equipment we have developed. We have now delivered our first piece of Laboratory equipment that is multi-lingual, and that support Japanese.
Launch of new Website
Eden Electronics launches new website, with more content and many examples of recent embedded projects.
Membership of the Federation of Small Businesses
Eden Electronics becomes a member of the Federation of Small Businesses (FSB).
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Eden Electronics becomes incorporated
Eden Electronics became incorporated, after 6 years of steadily increasing turnover, and the completion of many embedded system projects.
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First WinCE Project complete
Eden Electronics completes its first WinCE project that used the .Net Compact Framework to implement the user interface for a laboratory bottle sampler. Much of the application was developed using C# and the .NET compact framework, including all the user screens. The hardware control parts of the system was written in C and used the native WinCE API to ensure deterministic control of the hardware. Both the C and the C# parts of the system are multi-threaded, with the control of the hardware relying on a number of Finite State Machines all running in independent threads, coordinated by raising and receiving discrete events.
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