Agriculture businesses face high operational costs for powering their machinery, the need to ensure energy continuity despite severe weather conditions, and the challenge of adapting to evolving regulations. Transitioning to renewable energy is no longer optional—it’s essential for survival and growth.
Optimise your agricultural operations by powering your farming machinery anytime with our accessible energy solutions. Reduce costs through efficient energy utilisation and adapt to the energy transition, while remaining compliant with regulations.
We offer advanced battery technology, in containerized systems with real-time peak shaving and energy trading insights, alongside maintenance and monitoring services.
Optimise your agricultural operations through efficient energy utilisation using our real-time battery performance insights for peak shaving and energy trading.
Stay compliant with various regulations by shifting from traditional energy sources to renewable ones.
Our solutions allow you to lower operational expenses. By using more self-generated energy you can significantly reduce costs.
Extreme weather conditions can disrupt operations, but our solutions ensure energy access anytime, ensuring continuity.
Volstora believes that the business case is the first step to viable energy storage. Compared with any other technology, our systems last the longest and offer the lowest cost per kWh over the same lifetime as a typical solar panel. The global push to “go green” will cause energy prices to increase and will increase the energy storage profitability even more.
Our cell chemistry is a lithium-type battery with a titanium-based anode commercially available since 2005 and successfully used in military, space, and grid applications. We also build our own low-cost LFP battery packs using the manufacturing techniques and quality design principles.
This question is caused by technology cycles being artificially shortened in a process called planned obsolescence. The fact is that the Volstora system has a guaranteed payback due to the lifetime being substantially longer, in addition to having software that can be updated to stay technologically compatible with future systems.
However, we continuously test and explore new cell chemistries such as Na-ion to keep in touch with market developments.
There is definitely a push to make energy storage systems last longer and some emerging technologies such as flow batteries, compressed air, and hydrogen is being developed. However, these technologies are not commercially attractive and have considerable risk, whereas the titanium cell has over 16 years of field data and tests.
Our headquarters and warehouse is located in Arnhem, Netherlands.
The principle of discount is based on bilateral compromise. Are you willing to wait a few weeks longer, provide better payment terms, or batch order?