The Battery Revolution Is Here To Stay

Battery technology has emerged as the clear front runner in the sustainable energy revolution. The growth in electric vehicles and renewable energy sources will drive a tenfold increase in global lithium-ion battery production to more than 200 GWh within a decade.

In the meantime, wind, solar, and other renewable energy sources are growing rapidly and will require energy storage technology for effective grid-scale operation. It is estimated that these two trends will drive a tenfold increase in global lithium-ion battery production to more than 200 GWh within a decade.

Lithium-ion batteries are remarkable because the same fundamental technology can be used in many different applications including hybrid and all-electric vehicles, smartphones, and grid or home-based energy storage. Today, over two billion rechargeable lithium-ion batteries are produced each year.

Over $500B will be invested in batteries by 2050

Many companies involved in the development, manufacturing or operation of battery-driven applications are still using manual, ad hoc methodologies to collect and analyze their battery data, resulting in batteries becoming the critical “bottleneck” in nearly every end-market application.

In addition, battery data is rarely shared across the value chain, so data from development is typically not available in manufacturing or integration and vice-versa, limiting the value of battery data and the insights it holds for the entire value chain.

 

The time for ad hoc solutions has passed.

Voltaiq was founded by battery designers to address the many challenges that battery OEMs, electric vehicle manufacturers, energy storage, and consumer electronics companies are facing today. We have built a suite of software solutions that combines enterprise data management with advanced analytics and machine learning to accelerate product development, improve performance and ensure long-term reliability for every battery design.

Transform your battery data into a competitive advantage. Learn More