Hi all, 

I would like to use basic shapes provided by Visual Basic Powerpacks in Winforms. I've used vbpowerpacks 12.0 in VS2019 earlier, but since buying new pc and upgrading to VS2022 it doesn't work anymore.

I looked at the post you pointed out. As mentioned before, I don't need the DLL or the download package, but a proof, whether the DLL can be redistributed. 

I want a substantial post from Microsoft that says the download package it self can be packaged as part of my product, OR the DLL can be shipped directly (as a re-distributable) . This particular thing is not written anywhere. Unless i show a substantial proof from Microsoft, my organization will not allow me to redistribute this DLL/package to customer. 

the post mentions ' -basic-powerpacks-is-released-in-visual-studio-2010-beta2.aspx' link, this link is not opening. So basically i have no proof from Microsoft that this dll can be redistributed.


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Microsoft VisualBasic Powerpacks is a set of components and tools designed to make software development easier and more efficient. It is part of the Microsoft Visual Studio family of development tools and provides a comprehensive suite of tools and components to help developers quickly create and deploy a variety of applications. With its wide range of features, Microsoft VisualBasic Powerpacks enables developers to build powerful, efficient, and reliable applications.

In terms of development speed and efficiency, Microsoft VisualBasic Powerpacks provides users with a wide range of features that enable them to quickly create and deploy applications. With its drag-and-drop designer, code editor, debugging environment, and graphical user interface designer, developers can quickly build powerful and reliable applications. Additionally, its integrated development environment, project manager, and add-ons and extensions make application development faster and easier.

Microsoft VisualBasic Powerpacks is a comprehensive suite of tools and components designed to make software development easier and more efficient. With its wide range of features, Microsoft VisualBasic Powerpacks enables developers to quickly create and deploy powerful, efficient, and reliable applications. Furthermore, its add-ons and extensions enable developers to tailor their applications to their specific needs.

In conclusion, Microsoft VisualBasic Powerpacks provides users with a powerful and versatile set of tools to create dynamic and engaging applications. It allows users to quickly and easily create applications in a fraction of the time it would take with other programming languages. It is easy to use and understand, making it the perfect choice for developers of all levels. With the ability to create high-quality applications quickly and easily, Microsoft VisualBasic Powerpacks is the perfect choice for developers who need a robust and reliable development environment.

Yesterday, Microsoft introduced 2 new Visual Basic 2005 power packs. The first power pack will allow developers to create .NET forms and use them from within their VB6 applications (very cool). The second will make it easy to print VB forms without having to write too much code. Cool stuff. Also, if you visit the site, you can suggest power packs for the team to create. For more information check them out at

A new era of electrification is dawning on us, in which lithium-ion batteries are widely used to decarbonize various key sectors of the economy. The soaring use of lithium-ion batteries will reshape the energy landscape, but also present an increasingly pressing problem: after the batteries complete their useful first life, how to make them live a second life? To put this into perspective, EV sales in the U.S. accounted for 5.8% of all new car sales in 2022 and will surge to 29.5% or about 4.7 million in number in 2030, and on par with this trend, retired EV batteries will exceed 40 GWh per year by 2030. Enabling second-life applications for these batteries will be crucial for environmental sustainability, economic viability, and the resilience of battery supply chains. Meanwhile, the U.S. power grid growingly requires utility energy storage to reach net-zero carbon emissions and ensure reliability under the impacts of climate change. Our research thus aims to repurpose EV battery packs for grid energy storage. Thinking outside the box, we propose a new second-life battery system design technology, which includes novel power electronics architectures and advanced power management algorithms. The technology overcomes some major barriers in using second-life batteries to bring about significant benefits: avoiding the need to disassemble and repackage retired battery packs, allowing scalable integration of batteries of different types or from different manufacturers, and enabling plug-and-play-based installation and operation. Techno-economic analysis shows that our invention holds a significant promise for cost-efficient and long-duration grid energy storage. ff782bc1db

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