Spire Case Studies Innovative Battery Testing for U.S. Space Force SBIR Program with Spire and EnerSys®

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	Innovative Battery Testing for U.S. Space Force SBIR Program with Spire and EnerSys® Spire

Innovative Battery Testing for U.S. Space Force SBIR Program with Spire and EnerSys®

Spire

Technology Category	Other - Battery Platform as a Service (PaaS) - Application Development Platforms
Applicable Industries	Telecommunications
Applicable Functions	Product Research & Development Quality Assurance
Use Cases	Experimentation Automation
Services	System Integration Testing & Certification
Challenge	The U.S. Space Force Space System Command (SSC) was facing a significant challenge in their space technology development portfolio. Traditional methods for testing technologies in orbit were proving to be expensive and time-consuming. However, on-orbit demonstration is a critical step in proving technology readiness. The SSC, through their Science and Technology Directorate (SSC/ZAD), was in need of a solution that could provide a low-cost platform for testing technologies in orbit. They required a solution that could rapidly integrate and operate science and technology experiments in space. The specific mission was to test EnerSys® ZeroVolt™ 18650 battery cells in orbit, which required a platform that could accommodate the integration of these battery cells and facilitate their operation in space. Read More
About Customer	The customer in this case study is the U.S. Space Force Space System Command (SSC). The SSC is a division of the U.S. Space Force, responsible for the acquisition, development, and sustainment of space capabilities. This includes the operation of network-centric warfare systems for the joint force. The SSC, through their Science and Technology Directorate (SSC/ZAD), is also involved in the awarding of missions under the Small Business Innovative Research (SBIR) program. The SSC was in need of a solution that could provide a low-cost platform for testing technologies in orbit, specifically EnerSys® ZeroVolt™ 18650 battery cells. Read More
Solution	Spire, in partnership with EnerSys®, provided an innovative solution to SSC's challenge. They offered their 3U LEMUR cubesatellite as a platform to host the ZeroVolt™ 18650 battery cells provided by EnerSys®. This cubesatellite provided a flexible, rapidly deployed, end-to-end testing platform for EnerSys® and SSC. Spire's space services addressed the identified gap in SSC's space technology development portfolio by offering rapid integration and operations of experiments in a space-as-a-service model. Spire's ability to assemble one satellite every 10 days, coupled with a consistent launch schedule, enabled the SSC satellite to go from design to launch in just 12 months. Spire's solution included on-site integration services, launch, FCC licensing, and on-orbit checkout and ground station operations. Read More Log in to view content
Contents

Technology Category

Other - Battery

Platform as a Service (PaaS) - Application Development Platforms

Applicable Industries

Telecommunications

Applicable Functions

Product Research & Development

Quality Assurance

Use Cases

Experimentation Automation

Services

System Integration

Testing & Certification

Challenge

The U.S. Space Force Space System Command (SSC) was facing a significant challenge in their space technology development portfolio. Traditional methods for testing technologies in orbit were proving to be expensive and time-consuming. However, on-orbit demonstration is a critical step in proving technology readiness. The SSC, through their Science and Technology Directorate (SSC/ZAD), was in need of a solution that could provide a low-cost platform for testing technologies in orbit. They required a solution that could rapidly integrate and operate science and technology experiments in space. The specific mission was to test EnerSys® ZeroVolt™ 18650 battery cells in orbit, which required a platform that could accommodate the integration of these battery cells and facilitate their operation in space.

About Customer

The customer in this case study is the U.S. Space Force Space System Command (SSC). The SSC is a division of the U.S. Space Force, responsible for the acquisition, development, and sustainment of space capabilities. This includes the operation of network-centric warfare systems for the joint force. The SSC, through their Science and Technology Directorate (SSC/ZAD), is also involved in the awarding of missions under the Small Business Innovative Research (SBIR) program. The SSC was in need of a solution that could provide a low-cost platform for testing technologies in orbit, specifically EnerSys® ZeroVolt™ 18650 battery cells.

Solution

Spire, in partnership with EnerSys®, provided an innovative solution to SSC's challenge. They offered their 3U LEMUR cubesatellite as a platform to host the ZeroVolt™ 18650 battery cells provided by EnerSys®. This cubesatellite provided a flexible, rapidly deployed, end-to-end testing platform for EnerSys® and SSC. Spire's space services addressed the identified gap in SSC's space technology development portfolio by offering rapid integration and operations of experiments in a space-as-a-service model. Spire's ability to assemble one satellite every 10 days, coupled with a consistent launch schedule, enabled the SSC satellite to go from design to launch in just 12 months. Spire's solution included on-site integration services, launch, FCC licensing, and on-orbit checkout and ground station operations.

Impact #1	The operational results of this partnership have been highly successful. In a period of 12 months, Spire integrated the high energy, long life EnerSys ZeroVolt™ Lithium-ion battery cells into a 3U cubesat and deployed it on orbit. The satellite has been operating nominally since July 2021 and is performing on-orbit experiments to collect payload performance data. This has allowed the SSC to test the battery cells in a real-world environment, providing valuable data on their performance. The success of this mission demonstrates the effectiveness of Spire’s space-as-a-service model, and its potential for future technology testing and development in space.

Impact #1

The operational results of this partnership have been highly successful. In a period of 12 months, Spire integrated the high energy, long life EnerSys ZeroVolt™ Lithium-ion battery cells into a 3U cubesat and deployed it on orbit. The satellite has been operating nominally since July 2021 and is performing on-orbit experiments to collect payload performance data. This has allowed the SSC to test the battery cells in a real-world environment, providing valuable data on their performance. The success of this mission demonstrates the effectiveness of Spire’s space-as-a-service model, and its potential for future technology testing and development in space.

Benefit #1	Spire's ability to assemble one satellite every 10 days allowed for rapid deployment.
Benefit #2	The SSC satellite went from design to launch in just 12 months.
Benefit #3	The satellite has been operating nominally since July 2021.

Benefit #1

Spire's ability to assemble one satellite every 10 days allowed for rapid deployment.

Benefit #2

The SSC satellite went from design to launch in just 12 months.

Benefit #3

The satellite has been operating nominally since July 2021.

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Overview

Innovative Battery Testing for U.S. Space Force SBIR Program with Spire and EnerSys®

Operational Impact

Quantitative Benefit