Japan kyocera new lithium ion battery can reduce 30% raw material costs

According to 'Japanese economic news' reported on June 24, Japanese kyocera developed can reduce raw material costs than in the past about 3 into a new generation of lithium ion batteries. The company plans to 2019 years in Osaka career started the year set up a trial production line production for housing and the battery factory. As long as can reduce costs, break the barrier of the popularity, the use of renewable energy is expected to increase.

lithium ion batteries need to be filled with electrolyte between the electrodes, but the kyocera developed will make the clay-like electrolyte injection electrode technology. It can reduce the battery internal electrode layer number, only need a small amount is used to separate electrodes of the diaphragm and the collector body, so can make the products to reduce raw material costs than ever about three. Because do not use flammable liquid electrolyte, so the risk of cell damage caused by the fire and smoke is low.

in Osaka kyocera plan 2019 years enterprise established within the trial production line annual start mass production. First of all will be used for residential and factory battery. Will work with the company's main business of solar power equipment together, promote the popularization of renewable energy.

in Japan, the average house price of battery for about 1 million yen, the photovoltaic panels produce their own hard to recover the investment by electricity. In renewable energy, however, is expected to some families in November for a fixed price of renewable energy acquisition system ( 配合) Period end and stop sell electricity to produce their own situation will increase.

　　“ Deployment of power grid scale energy storage systems to the growth of the management of residential solar power a more cost-effective manner, reducing the upgrade or modification or transformer substation such traditional infrastructure spending. ” Wyatt said, & other; It is also a kind of lower cost, better solution, can be deployed hundreds or thousands of user side battery energy storage system. ”