high output current • ultra-fast charging • lighter and greater power density • long lifespan
"drop-in" lead-acid battery replacement
high output current
- 250amps continuous - 500amps for 90 seconds
ultra-fast charging
- charge from empty to fulll in under 2 hours
lighter and greater power density
- more than 2.5 times the energy in the same footprint with 1/3 the weight
long lifespan
- greater than 10 years and 5000 cycles
"drop-in" lead-acid battery replacement
Binary Power has developed a compact high-current system for lower voltage applications. A proprietary battery and current management system is combined with large form- factor lithium iron phosphate (LiFePO4 or LFP) storage cells to create the Intelligent Power System (IPS). An IPS can be used to replace traditional deep-cycle lead-acid batteries and has been specifically designed for applications that generally use lead-acid batteries. The lead-acid batteries currently utilized by RVs, boats, neighborhood electric vehicles (NEVs), and golf carts can be replaced with IPS products. Binary Power IPS products provide what other available lithium batteries cannot - delivery of maximum power when needed, longer operating times when running high power appliances, and an extended usable life.
Binary Power IPS products provide what other available lithium batteries cannot - delivery of maximum power when needed, longer operating times when running high power appliances, and an extended usable life. The lead-acid batteries currently utilized by RVs, boats, neighborhood electric vehicles (NEVs), and golf carts can be replaced with Intelligent Power System products by Binary Power.
Lithium-based batteries can be fast charged to over 95% of their capacity. Unlike lead-acid, there is no need for a slow absorption phase to get the final 20% of the charge capacity into the battery. With a sufficiently powerful charger, certain lithium batteries can be fully charged from empty to full in just under an hour. Unlike lead-acid, a failure to regularly fully charge lithium batteries (that have an active balancing BMS) does not damage them, reduce their capacity, nor shorten their lifespan. If this type of lithium battery is not fully charged - no worries. This creates flexibility to tap into energy sources whenever without worrying about the need to complete a full charge. Only a short stay at the RV park? No problem. Several partly cloudy days that impacts your solar system’s output? No problem. Finished 18 holes and want to play another round? No problem. With lithium-based energy storage systems charging can occur as frequently or infrequently as power is available without being concerned about detriment to the battery bank due to partial charging.
Binary Power has developed a compact high-current system for lower voltage applications. A proprietary battery and current management system is combined with large form- factor lithium iron phosphate (LiFePO4 or LFP) storage cells to create the Intelligent Power System (IPS). An IPS can be used to replace traditional deep-cycle lead-acid batteries and has been specifically designed for applications that generally use lead-acid batteries. The lead-acid batteries currently utilized by RVs, boats, neighborhood electric vehicles (NEVs), and golf carts can be replaced with IPS products. Binary Power IPS products provide what other available lithium batteries cannot - delivery of maximum power when needed, longer operating times when running high power appliances, and an extended usable life.
Binary Power IPS products provide what other available lithium batteries cannot - delivery of maximum power when needed, longer operating times when running high power appliances, and an extended usable life. The lead-acid batteries currently utilized by RVs, boats, neighborhood electric vehicles (NEVs), and golf carts can be replaced with Intelligent Power System products by Binary Power.
Lithium-based batteries can be fast charged to over 95% of their capacity. Unlike lead-acid, there is no need for a slow absorption phase to get the final 20% of the charge capacity into the battery. With a sufficiently powerful charger, certain lithium batteries can be fully charged from empty to full in just under an hour. Unlike lead-acid, a failure to regularly fully charge lithium batteries (that have an active balancing BMS) does not damage them, reduce their capacity, nor shorten their lifespan. If this type of lithium battery is not fully charged - no worries. This creates flexibility to tap into energy sources whenever without worrying about the need to complete a full charge. Only a short stay at the RV park? No problem. Several partly cloudy days that impacts your solar system’s output? No problem. Finished 18 holes and want to play another round? No problem. With lithium-based energy storage systems charging can occur as frequently or infrequently as power is available without being concerned about detriment to the battery bank due to partial charging.
