 0  Description:
The team led by engineer Ovcharov, developed the design of an high specific capacity electric current energy stoarage. The design of electrical energy storage device based on the well-known physical principles, has a high adaptability to streamlined manufacture and low cost. The energy stoarage design is made with the use of environmentally clean materials that do not require special disposal. The design can have any size, shape, and it is a good structural material with load carrying capacity (there are possible variants: solid or flaxible). Universal production technology of various-application batteries from micro to macro sizes is based on standard equipment.
http://energystoren.narod2.ru/
Characteristics of NEO 5:
* Charging voltage: 50-600 V. (Depending on source)
* Charging current 1-1000 A. (Depending on source)
* The number of charge-discharge cycles: > 10 6 (more than 20 years of guaranteed lifetime)
* The charging time depends on the source, it has ability for instaneous charge (impuls).
* The cell voltage < 600V. (without using a serial connection)
* The discharge voltage 12-36V. (depending on the source of consumption)
* Discharge current: 1-1000A. (depending on the source of consumption)
* Discharge time depends on the source of consumption, there is capacity for instantaneous discharge (impulse).
* Due to the structural features energy stoarage do not heated diring charging or discharging
* Operating temperature range: from -70 С0 to 250 С0 (in sub-zero temperatures, the specific capacitance increases).
* Specific energy - 10 5 kJ/kg 28 kW-h/kg (cell voltage 100 V with due account for quintuple underdeclaration for insulator breakdown)
* Specific power - 10 5 kW/kg (for a 1 kg weight product)
* The leakage current: 10-6 - 10-9 A (self-discharge current is not more than 3% per year, that creates the possibility of long-term storage)
* The density of the product - 1,5-3 kg/dm3 (the ratio of the size and weight)
http://www.asnv.ru/FZP/energo.php
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