Figures index

From

Simulation of a ZEB Electrical Balance with aHybrid Small Wind/PV

Mohammad Sameti, Alibakhsh Kasaeian, Fatemeh Razi Astaraie

Sustainable Energy. 2014, 2(1), 5-11 doi:10.12691/rse-2-1-2
  • Figure 1. Schematic of the energy flow exchange between the energy-efficient building and different electricity components
  • Figure 2. Typical electricity PV generation profile [6]
  • Figure 3. Idealized wind turbine power curve [7]
  • Figure 4. Hourly separate periods of electricity demand for weekdays (up) and weekends (down) [8]
  • Figure 5. Distribution of daily wind speed at turbine height used for the turbine power output [11]
  • Figure 6. Distribution of hourly photovoltaic energy generation [12]
  • Figure 7. Distribution of hourly energy consumption for a typical family [13]
  • Figure 8. Distribution of daily wind turbine power used in the model
  • Figure 9. Simulation results for hourly variations of power flow into the balance boundary of the building through battery storage in case I
  • Figure 10. Simulation results for hourly variations of power flow into the balance boundary of the building through electricity grid in cases I and II
  • Figure 11. Simulation results for hourly variations of battery state of charge (SOC) in case I