Munich, 19 May 2016 – For the third time running, the ees AWARD is set to be presented for outstanding solutions and innovations in energy storage technology. This year, the prestigious prize received a record number of submissions. Ten of these can now pride themselves on having been nominated as finalists. The winner will be announced at the Innovation and Application Forum at ees Europe, the continent’s largest exhibition for batteries and energy storage systems, on June 22, 2016. The event takes place in parallel with Intersolar Europe, the world’s largest exhibition for the solar industry and its partners from June 22-24, 2016 in Munich.
Energy storage systems are an important cornerstone of the global energy transition. As volatile energy sources, such as solar or wind power, do not consistently generate electricity, batteries will ensure stability and supply safety in the power grid of the future by decoupling generation from consumption in private and commercial usage. To celebrate the industry’s innovative strength, the ees AWARD pays tribute to outstanding products and solutions in the field of energy storage. Submissions ranged from new materials to innovations in the areas of production, systems technology, applications, second-use concepts and recycling.
Submission trends
The many submissions for the ees AWARD revealed several trends, such as a new generation of domestic storage systems. These use JH3 lithium-ion cells developed specifically for stationary batteries, and a special separator to guarantee the highest degree of safety. The finalists clearly demonstrate that wireless interfaces, for example smart meters and control options using Apps, are gaining in importance in the energy storage industry. One submission succeeded in closing a gap in the inverter market: A transformerless, high-voltage inverter offering a high level of flexibility for both retrofit projects and new installations. In general, flexibility and diverse fields of application are key topics in the industry. This is why storage devices, which can be used on and off-grid, or are available for both low-voltage (48V DC) and high voltage systems (400V DC), are amongst the finalists.
