Building Voyager 3

“The system architecture comprises a set of modules operating in parallel. If one module fails, the other modules continue to work. Each module has a local control unit, ensuring its safe and correct operation if communication with the controller is briefly lost or the module encounters unallowed conditions. These loosely coupled controls result in a robust and redundant system.”

What sounds like the system architecture of the most enduring space probes, Voyager 1 and Voyager 2, is the description of the PowerBloc’s controls.

At YouSolar we aim to build “Voyager 3” by making the PowerBloc the best-engineered solar battery power system in the world.

At YouSolar we aim to build “Voyager 3” by making the PowerBloc the best-engineered solar battery power system in the world.

Voyager 1 and 2’s engineering are legendary in durability and fault tolerance. Both probes exceeded their design lives by decades. Voyager 1 and 2 are emblematic of the best in electronic hardware and software. They are the crown jewels of engineers with pencils and slide rulers.

At YouSolar we aim to build “Voyager 3” by making the PowerBloc the best-engineered solar battery power system in the world.

This voyage starts with a modular system that is easy to install and serviceable. Modules are hand-installed and swapped out in minutes – no robotic crane is required. And the system continues to run even when one or more modules fail.

At YouSolar we are going the extra parsec to build a power system you can pass on to The Next Generation. Peace.