Battery discharge characteristics for IEEE 802.15.4 based radio load profile

This dataset reports the discharge profiles of 4 battery chemistries under IEEE 802.15.4 radio load profiles. The batteries were independently subjected to a five-step method to record the discharge characteristics. These discharge currents, their effect on battery capacity, and surface temperature may affect the overall battery lifetime, which was the major aim to discover. The following batteries were used in these experiements Tag Manufacturer Model Battery Chemistry Capacity (mAh) Nominal Voltage C-Rate Batt1 Powerizer MH-AAA1000APZ Nickel-Metal Hydride (Ni-mh) 1000 1.2 V 1C Batt2 Data Power Technology DTP603450 Polymer Lithium-Ion (LiPo) 1000 3.7V 1C Batt3 Panasonic UF553443ZU Lithium-Ion (Li-ion) 1000 3.6V 1C Batt4 Energizer LR-6 Alkaline (Zinc, Magnesium Dioxide) Variable, load dependent 1.5V 2C The five step methodlogy proceeded as: Pre-conditioning Tests Relaxation Tests Battery Capacity Test OCV Vs SOC Test Battery Surface Temperature Tests The parameters were recorded at every 1 minute interval from a fully charged to a fully discharged state.