The electrification of mobility is growing rapidly across Europe. Every year, electric vehicle sales continue to increase, and with them comes a growing number of batteries that, after completing their automotive service life, require proper management.
In this context, electric vehicle battery reuse has become one of the most important strategies for promoting the circular economy, reducing waste and maximising the value of critical resources. Achieving this requires specialised operators capable of managing batteries safely, efficiently and in compliance with current regulations.
At TERA Batteries, we have reached an important milestone by obtaining certification from the Generalitat Valenciana, authorising us as an operator for battery preparation for reuse (R0404) and temporary storage within treatment processes (R1302), further strengthening our position within the mobility battery value chain.
The Importance of Battery Reuse in the Energy Transition
Electric vehicle batteries do not necessarily reach the end of their useful life when they are no longer suitable for mobility applications. In many cases, they still retain sufficient capacity to perform effectively in less demanding applications.
This creates an opportunity for a second life, enabling the full value of materials, energy and resources used during manufacturing to be maximised. Through this process, batteries can continue providing value for many years before eventually being recycled.
Battery reuse also helps reduce demand for raw materials, minimise waste generation and improve the overall sustainability of both the energy and mobility sectors.
A Key Step Towards Responsible Battery Management
Obtaining authorisation from the Generalitat Valenciana represents important administrative recognition that reinforces the role of battery reuse as a strategic element within the circular economy.
This certification confirms TERA Batteries’ capability to perform essential activities within the battery management process.
Receiving Batteries from Electric Mobility Applications
The first stage involves receiving and managing batteries that have completed their service life in mobility applications. This process requires appropriate facilities, dedicated safety procedures and complete traceability for every battery received.
Preparation for Reuse
The R0404 authorisation enables the operations required to assess, classify and prepare batteries that have the potential for reuse.
Through specialised technical processes, it is possible to determine the actual condition of batteries and evaluate their suitability for second-life applications. This work is essential to ensure the safety and performance of future energy systems.
Temporary Storage Within Treatment Processes
The R1302 authorisation allows temporary storage of batteries during treatment operations, ensuring that all activities are carried out under strict safety, control and regulatory compliance requirements.
This capability is particularly important in a market where battery volumes continue to grow and logistics are becoming a critical factor in successful reuse projects.
Second-Life Batteries and Energy Storage Opportunities
One of the most promising destinations for reused batteries is energy storage.
Batteries that no longer meet the demanding requirements of electric vehicles can still deliver excellent performance in stationary applications. This makes it possible to develop systems capable of storing renewable energy, optimising self-consumption and providing flexibility for industrial and commercial facilities.
Battery second-life applications offer both economic and environmental benefits by significantly extending asset lifecycles and improving resource efficiency.
A Strategic Sector with Significant Growth Potential
Efficient battery management is becoming increasingly strategic across Europe. The growth of electric vehicles, the need for greater independence from critical raw materials and ambitious sustainability targets are all driving the development of innovative circular economy solutions.
In this environment, having specific regulatory authorisations and advanced technical capabilities is essential to ensure safe, traceable and compliant processes.
Shaping the Future of Batteries
The certification obtained by TERA Batteries strengthens our commitment to the circular economy and enables us to continue advancing in the reception, valorisation and reuse of batteries from the mobility sector.
This milestone further consolidates our position within a rapidly growing industry while contributing to more sustainable battery management solutions.
At TERA, we develop proprietary battery diagnostics and valorisation technologies that enable second-life applications, support energy storage projects, accelerate electric mobility adoption and provide specialised electric vehicle training programmes that contribute to the energy transition.
