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Toshiba, January 18, 2010, announced receipt of the Okinawa Electric Power in 2010 in the autumn of Miyako Island, began to “off-island micro-grid system empirical test” a package of orders for related equipment. Toshiba will build in order to balance the power of battery changes taking place in a new generation of renewable energy power system load.

Miyako Island, the pilot will be in the existing thermal power plant (20000 1500kW, 4 Wan kW), gas turbine power generation (10000 5000kW) and wind power generation (900kW × 4 Zuo, 600kW × 1 Wing), based on the new solar energy power generation systems (3MW and 1MW) and battery (4MW and 200kW). Scheduled to balance the changes taking place in the use of battery power and solar power wind power output at the same time, verify the voltage increase, the remaining electricity countermeasures and frequency adjustment system stability. The empirical tests have been elected to the Office of Resources and Energy, METI openly solicited for “Heisei 21 year island-independent verification system, new energy into the cause of” at home.

Toshiba will be a new set of solar power systems and battery as its representative, the package provides the power regulator, communication network and control power supply monitoring system “μEMS”. In the 4MW of solar power generation system, 3MW solar power is set as 1 million watts, 1MW of 600kW vision for factory, 400kW envisaged for residential. But not in the physical set up factories and residential solar power generation systems, but rather concentrated in one place, as a simulation of user demand for electricity. There are also plans in the area simulated factories and residential demand for electricity.

Battery, in addition to 4MW of the NAS (sodium sulfur) battery and power system interconnection, there will be in residential settings 200kW rechargeable lithium-ion batteries. Envisaged 4kW solar power systems installed in 100 homes, 25 homes in the household setting 8kW lithium-ion rechargeable battery.

Lithium-ion rechargeable battery developed by Toshiba, the negative use of lithium titanate (LTO), charge-discharge cycle characteristics of high, you can quickly charge and discharge “SCiB”. In addition, 3MW of the one million-watt solar power conditioner using 12 units of 250kW rated power of the Toshiba product. Scheduled to simulate factory rated at 10kW power purchase regulator, rated for residential purchase for 4kW power regulator.

Sharp’s solar power generation systems manufactured using polysilicon solar cells. Scheduled to power stations and battery using fiber optic cable communications network. Allegedly There is currently no plan to set up a smart meter.