Description
The book covers all aspects of spacecraft power systems in 27 chapters
divided in four major parts:
Part A: Satellite overview, space environment and its effects, power
system options, PV-battery system, power system requirements, and design
trades.
Part B: Solar array, battery, power electronics and magnetics, distribution
harness, protection, and ancillary components.
Part C: Energy management, dynamic performance and stability, EMI/
EMC, ESD, reliability, derating, and integration and testing.
Part D: Special systems such as interplanetary and deep space, nuclear
RTG, thermodynamic system with alternator, high-power and high-voltage
systems, electric propulsion, flywheel and superconducting energy storage,
fuel cell, and microwave beam power satellite.
divided in four major parts:
Part A: Satellite overview, space environment and its effects, power
system options, PV-battery system, power system requirements, and design
trades.
Part B: Solar array, battery, power electronics and magnetics, distribution
harness, protection, and ancillary components.
Part C: Energy management, dynamic performance and stability, EMI/
EMC, ESD, reliability, derating, and integration and testing.
Part D: Special systems such as interplanetary and deep space, nuclear
RTG, thermodynamic system with alternator, high-power and high-voltage
systems, electric propulsion, flywheel and superconducting energy storage,
fuel cell, and microwave beam power satellite.