TITAN-2 L5: 2KW/hr High Energy Density Battery Matrix

Name: TITAN-2 L5: 2KW/hr High Energy Density Battery Matrix
Brand: Ecuadorian Space Agency

Vendor profile

TITAN-2 L5: 2KW/hr High Energy Density Battery Matrix image

Overview

The EXA TITAN-2 L5 is a full-sized power bank module matrix built from successive stacks of battery arrays designed to provide the highest energy capacity and redundancy: Its total power capacity is 2KW/hr. For missions ranging from microsatellites to rockets and space tugs that seek to optimize weight and power flexibility. All our batteries are fully customizable to your mission’s need in terms of output, cable, connectors or interfaces and options are available as integrated Carbon Nanotubes Thermal Transfer Bus (CN/TTB) shield which allows missions to reuse the spacecraft self-generated heat, and integrated thermal sensor. The TITAN-2 L5 module is also equipped with its own charging systems as an optional configuration for increased autonomy and rapid responses.

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Overview

Name: TITAN-2 L5: 2KW/hr High Energy Density Battery Matrix
Vendor: Ecuadorian Space Agency
Subsystem: Power Subsystem
Component Type: Primary Battery
Form Factor: SmallSat
Heritage: Yes
Fiscal Year: 2022
Average Lead Time: 2 to 4 months

Vendor Details

Name: Ecuadorian Space Agency
Website: http://exa.ec/index-en.html
Founded: 2007
Summary: EXA is an aerospace research and development institution that, among other things, designs and builds extreme hardware for CubeSats, with more than 7 years of record-setting flight heritage in extreme conditions. EXA’s technology is singular, original, simple, solid and dependable and allows CubeSat developers to use COTS components in order to break the limitations of budget and power typical of the cubesat form factor, the deployable hardware is based over EXA’s unique Active Artificial Muscle technology for a dependable, proven and anti-whiplash deploy of challenging mechanical elements. Flight heritage from 10+ missions backs their technology which is currently in use in European, Asian and Latina merican spacecrafts, and in the challenging U.S. market.