This video reveals one of our string cells’ mysteries and shows you how we make it possible to control these software-defined batteries from anywhere with a few clicks on the screen.

Learn the benefits of electrification in the industrial sector, the key considerations we must address, and the deceptively simple solution to accelerating electrification in this vertical.

See how a Tanktwo Smartpak delivers unprecedented scalability and versatility with built-in intelligence.

Morgan Stanley projects that the global battery TAM will exceed $500B by 2040. Here’s what it means and how investors can take advantage of this opportunity.

See how we plan to realize our vision of making accessible and sustainable electrification a reality with our software-defined battery solutions.

Electrification doesn’t equal sustainability if we don’t change how we do things. Understand the environmental impact of lithium battery production and see how to change the course.

How we took our string cells from merely a concept to reality through an iterative process that involves everything from M&Ms to space tape.

Learn the technology that allows TBOS to charge and discharge from any voltage between 4-400V with minimal energy loss.

Learn what a battery management system is, why it’s important, and what the future holds for BMS technologies.

How the commoditization of battery solutions is the key to electrification at a global scale, and how software-defined battery solutions can help lessen the impacts of supply chain fluctuations.

Software-defined battery systems will unlock the promises and potential of electrification. Here’s how they work to make electrification viable and profitable at a commercial scale.

The tipping point for electrification will come with a universal, modular, software-defined battery system. See how TBOS can enable electrification at an unprecedented scale.

See why predictive analytics is important for effective battery management and how it helps turn insights into action for various industries and use cases.

The pace of technological advancement means we must identify parallel scenarios and predict how market demand and technological capabilities converge to shape the next big thing. What does that mean for battery technology and electrification?

When compared with regular old dumb batteries, software-defined solutions are more expensive pound-for-pound. So what’s the business case for them? To answer that question, we must zoom out and consider not only the batteries. We must also consider the total cost of ownership and operational efficiency.

Why are software-defined batteries such a big deal? Here is a look at the evolution of software-defined technologies and how TBOS can help operators increase efficiency and profitability.

The COVID-19 pandemic shows how interdependent our economies are. No one region in the developed world can survive without goods from others, from toilet paper [roll-eye emoji] to PPE, and transportation is the essential activity that keeps the world spinning the way as we know it.

I live in New York City, the epicenter of the COVID-19 pandemic in the US.

My apartment is located along the route to a local hospital. Every hour, sirens cut through the quietude. Ambulances are parked at empty street corners, ready for action. A grocery run that normally took 30 minutes is now a 90-minute endeavor, which involves queueing up in the wind and rain for half an hour.

The movement toward sustainable mobility is gaining momentum. Large fleet operators such as Deutsche Post, Amazon, UPS, and the world’s largest baking company, Bimbo are building EV fleets.

GM recently revealed its new Ultium batteries, designed to support the growth of its EV portfolio and a third-generation global EV platform.

As industry incumbents are adopting an approach that we have been pursuing since the founding of Tanktwo, it’s unequivocal validation that everyone is heading in the right direction.