University of California Berkeley / RF beacon / Richmond Field Station / /
IndustryTerm
energy income / solar energy budget / experiment site / solar energy income / energy storage elements / battery energy / battery energy net increase / generic energy harvesting / solar energy radiation / energy input / micro-solar power systems / microsolar power systems / energy level / battery charging algorithm / addressed macro-solar power systems / energy flow / mote energy consumption / High energy density / daily energy level / weight energy density volume energy density charge / energy coming / energy loss / energy density / wireless sensor network / Wireless Sensor Networks / energy signal / energy supply / end device / solar energy level / battery energy level / electric energy / system energy efficiency / solar energy harvesting / energy / energy storage resources / energy storage helps / designed systems / excess energy / stored energy / electricity / energy consumption / energy storage / less energy consumption / system-wide solar energy utilization / energy flows / non-ideal round-trip energy efficiency / energy storage element / voltage-to-energy relation / supercapacitor energy graph / energy budget / energy efficiency / solar energy / energy level trend graphs / energy harvesting / solar-cell energy levels / macro-solar power systems / manufacturing variation / energy transfer / micro-solar powered systems / radio-chip / e.g. electricity generation / /
Organization
University of California / ELn / David Culler EECS Department / /
Person
Esol As / Max Power / Everlast / Isol / Jeong Xiaofan Fred Jiang David / David E. Culler / /
Position
collector / solar collector / system designer / storage charging controller / Mote DC/DC Solar Collector / Solar Cell Diode Solar Collector / software-based charging controller / author / charging controller / Econs Ebat 2x AA NiMH DC/DC Mica2 Mote HW Charge Controller / Controller / solar-powered sensor system Solar collector / solar-collector / /
Design and Analysis of Micro-Solar Power Systems for Wireless Sensor Networks Jaein Jeong Xiaofan Fred Jiang David E. Culler