Narada Power Source Co. Ltd, is an international energy company that is specialised for both Residential and Large Scale Projects. It was founded in 1994 and has manufactured energy storage system for smart grids, distribution generation, renewable energy integration, microgrids and development of electronic vehicles.
Narada have created High Temperature Batteries that are designed to cope extreme temperatures and this batteries are well suited for tropical condition. The Narada High Temperature Batteries are designed and manufactured with 8 exclusive patented technologies. The Narada High Temperature Batteries unique manufacturing method, can deliver at least twice the cycle life of conventional lead- acid batteries. Narada High Temperature Batteries are in demand for remote hybrid telecom sites and other tough off- grid applications.
Narada 12V 100Ah High Temperature Battery have excellent deep cycling capability. The Narada 12V 100Ah High Temperature Battery has an internal resistance of 6.15mΩ with Short circuit current of 2150A. Narada High Temperature Battery reduces system operating cost and 30% Carbon Dioxide gas emission. Narada 12V 100Ah Deep Cycle Battery have up to 100% air conditioner maintenance saving and up to 100% condensing agent saving. Narada 12V 100Ah High Temperature Battery has 6 cells and recommended float charge voltage of 2.24V per cell at 35℃.
Narada High Temperature Battery have special designed AGM- Acid Valve- Regulated Lead Acid Battery and patented anti- corrosion grid technology. Narada 12V 100Ah High Temperature Battery with robust design inside and out to ensure superb safety and innovative flame retardant ABS case. The Preferred operating temperature range of a High Temperature Battery is within 15℃ to 35℃ Narada High Temperature Batteries design life at 35℃ is 10 years with less than 5% self discharge per month.
|Positive plate||Reinforced grids in a corrosion-resistant pure lead, high tin, low calcium alloy|
|Negative plate||Lead -calcium alloy grid|
|Separator||High density microp orous glassmat with low electrical resistance|
|Container & lid||High temperature ABS. Optionalflame retardant versions available (UL94 FV-0 with L.O.I. of 28%)|
|Electrolyte||Sulphuric acid with a density of 1.28g /ml absorbed in AGM|
|Terminal design||Patented leak resistant seal configuration with brass insert|
|Safety valve||Calibrated opening pressure , the valve equipp ed with flame arrestors for increased opera tional safety and service life.|
Installation and Operation
|– Recommended float charge voltage||2.24Vper cell at 35°C|
|compensation in function of temperature||-3mV/°C/cell|
|– Cycle and equalize charge voltage:||2.30V per cell at 35°C|
|compensation in function of temperature||-5mV/°C/cell|
|– CC-CV charge current||unlimited, otherwise 0.25C10A max. if T>25°C|
|– Preferred oprating tempreture range||15°C to 35°C (68°F to 95°F)|
|– Maximum operating temperature range||-40°C to 80°C(-40°F to 176°F)|
|– A separate batter room||is not necessary|
|– Reduced maintenance||no water addition required|