Starbuck-Nano

STARBUCK-NANO DATASHEET Product enquiry Starbuck-Nano CAD models

CubeSat Power Control and Distribution Unit

With its versatile design and unparalleled track record on orbit, we pride ourselves on our consistent high quality subsystems, including our CubeSat EPS (Electrical Power System). Our STARBUCK range has been developed with an extensive system knowledge and experience across many missions meaning there is almost certainly a system ready to meet your needs.

The STARBUCK-PICO and STARBUCK-NANO CubeSat EPS boards are specifically designed to meet the volume and power demands typically required for 1U to 16U CubeSat missions (although many of our customers also use the STARBUCK-NANO-PLUS for larger small satellites as well).

Designed to be robust and reliable with performance failsafes, the flight proven STARBUCK-NANO range are one of the most flown power system ranges in the world. The STARBUCK-NANO is designed to support 1U, 2U and 3U CubeSats with body-mounted solar panels. The STARBUCK-NANO PLUS features an extended number of Battery Charge Regulators (BCRs) to support high-power CubeSats, from 3U spacecraft with deployable panels, right up to high performance 12U missions. Each power generation section is self-sufficient and does not require support from any other section within the EPS, the redundant solid-state isolation switches make it more reliable during launch operations

Employing Maximum Power Point Tracking enables a highly efficient battery charge mechanism, that maximizes the power generation from the CubeSat solar arrays. Analog components and multiple inbuilt protection methods are employed to ensure safe operation during transport, launch and a full range of EPS telemetry via the I2C network. These features make the STARBUCK-NANO range the most robust solution on the CubeSat market.

As with all AAC Clyde Space products, our STARBUCK EPS range is designed and manufactured to a high quality and qualified for use on orbit. No other CubeSat EPS on the market offers the heritage and piece of mind as the STARBUCK range.

Power

With 8.2V max power voltage, 3.3V, 5V, and 12V regulated power buses and Power Distribution Modules with 10 Latching Current Limiters for advanced power management. Power converters required for a CubeSat mission are integrated within a single PC104 card.

Performance

The most flown CubeSat system in history; the AAC Clyde Space Starbuck NANO range are powerful electrical power systems that support platform sizes from 1U up to 12U, optimized for Low Earth Orbit (LEO). Developed with an extensive system knowledge and experience across many missions meaning there is almost certainly a system ready to meet your needs.

Reliability

The STARBUCK-NANO range with its high-quality manufacturing, autonomous protections, watchdogs and failsafe in both hardware and firmware, provides solid foundations for mission assurance, allowing spacecraft designers to focus on everything else needed to make the mission a success.

Each of the power systems are specialized for platform and solar panel size. The STARBUCK-NANO range can support both
body mounted as well as deployable solar panel configurations and supports Lithium Polymer Battery configurations. Compatible with AAC Clyde Space PHOTON solar panel and OPTIMUS battery ranges, meeting ISS Crewed Flight design requirements when combined.

Why the Starbuck-Nano?

  • Modular design approach delivers scalability and easy tailoring of interfaces to mission requirements
  • Maximum Power Point Tracking or Direct Energy Transfer employing reliable, analogue components
  • Multiple inbuilt protection methods to deliver mission success (we’ve got your back!)
  • Compatible with AAC Clyde Space solar panels and battery range, meeting ISS Manned Flight design requirements when combined.

 

Related products

SmallSat PCDU Starbuck Mini

SmallSat PCDU – STARBUCK-Mini

AAC Clyde Space’s small satellite PCDU (Power Conditioning and Distribution Unit) solutions have demonstrated impressive space-based capabilities stretching across a range of applications, gaining a market reputation for reliability, resiliency and performance.

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