AGVs & shuttles (supercapacitor powered) Several additional benefits are also achieved: Related Downloads Shuttles and small AGVs, commonly found in automatic warehouses, tend to perform hundreds or thousands of trips per day. These trips are normally preconfigured and restricted in length, time and load making it possible to determine the amount of energy required by the machine. Due to the operation of the machines, the requirement of high power and energy for short periods make the use of supercapacitors to power them ideal. epic power offers solutions based on this technology to power standard AC motors and drives in the machines and avoid electrified monorails in the warehouse. The vehicle becomes independent and only needs to stop for seconds to charge the supercapacitor module fully. Several additional benefits are also achieved: Dimensioning of a module of supercapacitor for each applicationPlug&Play solutionDuty considerably increasedExtra fast charging (from 10 to 30 seconds)24/7 operationNo need for an extra charger One of the biggest knowledges of epic power is the integration of power electronics and energy storage based on supercapacitors. This energy storage technology is perfect for high power and low energy density applications as AGV’s & shuttles systems. epic power provides special solution based on Customer requirements integrating the DC / DC power converter and the supercapacitors energy storage (could be as well made with batteries). Related Downloads Bidirectional DC/DC Converters – Epic power solutions brochure and applications.Brochure EPC – Bidirectional DC/DC Converters [EN]Brochure EPC – Bidirectional DC/DC Converter – ApplicationsBrochure EPC – Bidirectional DC/DC Converters – Buck Boost Series – DatasheetDatasheet EPC – Isolated Bidirectional DC/DC Converters – DatasheetDatasheet AN061 – Isolated and transformerless bidirectional DC/DC converters in Redox Flow Battery applicationsTechnical info - Application Note AN059 – Hydrogen stacks directly fed in DC from solar panels and batteries.Technical info - Application Note AN058 – Redox Flow Battery. Implementation of bidirectional DC/DC convertersTechnical info - Application Note AN049 – CAN communications – EPC Control Modes GuideTechnical info - Application Note AN048 – Bidirectional EVSE (Electric Vehicle Supply Equipment)Technical info - Application Note AN034 – Battery hibridization in off-grid solar powered installationsTechnical info - Application Note AN028 – State of Charge, State of Health, State of Power – SoC – SoH – SoPTechnical info - Application Note AN027 – Bidirectional DC-DC ConvertersTechnical info - Application Note AN026 – Battery State of Charge calculation with EPC ConvertersTechnical info - Application Note AN023 – Connection to DC link of different VVVF drivesTechnical info - Application Note Installation manual EPC BUCK-BOOST SERIES Bidirectional DC-DC converter [EN] ::::: [Protected]Installation manual Installation Manual Smart Battery Charging Device – CAN Interface Series[EN]Installation manual Installation guide EPC v1.36 ::::: [Protected]Installation manual New tool – Bidirectional DC/DC converter configuratorOtherDownload center