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Renewable energy

Also listed as: אנרגיה מתחדשת

Solar, wind, storage and the economics that decide which of them gets built. Israel has the solar resource and the research base, so this is a thesis area with local pull.

Semester
Semester B
Weekly hours
4h
Counts as
Department electives
Interest areas
Environment and energy

What it covers

Resources and conversion

  • Global energy context and the solar resource
  • Solar thermal: collectors and concentrating systems
  • Photovoltaics: cell physics, I–V curves, maximum power point tracking, arrays
  • Wind energy: resource assessment, the Betz limit, turbine types
  • Hydro, biomass and biofuels, geothermal, ocean and tidal

Systems and economics

  • Energy storage: batteries, thermal storage, hydrogen
  • Grid integration and intermittency
  • Capacity factor, techno-economics and levelised cost of energy

Results worth carrying out

  • Betz limit

    cp,max=16270.593c_{p,\max} = \frac{16}{27} \approx 0.593
  • Single-diode photovoltaic cell

    I=IphI0(eqVnkT1)I = I_{ph} - I_0\left(e^{\frac{qV}{nkT}} - 1\right)
  • Levelised cost of energy

    LCOE=t(It+Mt+Ft)(1+r)ttEt(1+r)t\mathrm{LCOE} = \frac{\sum_t (I_t + M_t + F_t)\,(1+r)^{-t}}{\sum_t E_t\,(1+r)^{-t}}

Figures worth knowing

  • Betz cp–λ curve
  • PV I–V and P–V curves
  • Solar-radiation charts

We also write the summaries.

This map tells you what a course contains. The summaries, the tutoring and the people who already took it are the part you get by joining.

The topic outlines are not official syllabi. The university publishes a catalogue blurb per course, not lecture-by-lecture material, so each outline describes what a course of that name, at those hours, with those prerequisites teaches at engineering schools generally, cross-checked against the standard textbook for the subject. Treat it as an informed map, not as a transcript of the lectures.