In space vehicles, the typical configurations for the Solar Array Power Regulators in charge
of managing power transfer from the solar array to the power bus are quite different from the …

The large-scale harvesting of solar energy is an important action to decelerate the observed
climate changes. Reliably operating solar-energy systems composing of solar arrays and …

This paper proposes a novel electrical power supply system architecture (power
conditioning and processing unit, PCPU) for high-power all-electric propulsion spacecraft …

A new high-efficiency regulation method for a zero-current and zero-voltage current-fed
push-pull converter is presented. The method proposed is based on the use of a controlled …

The large-scale harvesting of solar energy is an important action to decelerate the observed
climate changes and ensuring the availability of energy also in the future. Reliably operating …

A novel DC-DC power converter has been developed to fulfill the requirements of a solar
electrical propulsion module. The maximum power point tracker solar array regulator is …

This work proposes a solar array regulation technique for high-voltage power bus based on
zero-voltage, zero-current power switching cells controlled in a sequential manner to …

The power supply subsystem of satellite is the core constant, throughout the whole flight
stage. The solar array-battery power system is the main selection for the regulated bus …

In this paper a solution for the power conditioning and distribution unit (PCDU) of the solar
electric propulsion module (SEPM) is proposed. The electronic propulsion system is made …

This paper presents a Sequential Switching Shunt Maximum Power Regulator (S 3 MPR).
The S 3 MPR topology is evolved from the traditional Sequential Switching Shunt Regulator …