Музыка

Звукорежиссеры, звукооператоры, певцы, диджеи, аккомпаниаторы – все музыканты смогут найти здесь работу. На странице собраны только актуальные запросы от реальных клиентов о подработке для каждого. Начните качественный поиск заказов – позаботьтесь о наличии работы независимо от (не)праздников и сезона!
963 объявления найдено за последние 3 дня
Здесь показаны примеры поиска клиентов недельной давности.
Подписывайся, чтобы получать информацию обо всех новых клиентах в режиме реального времени!
Implementing topic on GAMS software from chapter 6 from this book (Soroudi, Alireza- power system optimization) about load shifting and load shedding, using 24 IEEE bus system, in the AC and DC also, but we will adding electric vehicles to the system to make the balance and using it to implement the optimal power flow from the load shedding to the load shifting by electric vehicles charging / discharging module. I want to translate the methodology in Chapter 6 of Soroudi’s “Power System Optimization” into a working GAMS model for the IEEE-24 bus test system. The study must cover both AC and DC optimal power-flow formulations, begin with the classic load-shedding set-up, and then show how the problem can be relaxed into load-shifting by introducing a fleet of Plug-in Hybrid Electric Vehicles (PHEVs) that charge and discharge to balance the system. Here’s the flow I have in mind: • Build the base IEEE-24 bus data set, validate that the OPF in GAMS reproduces the textbook results for load shedding. • Extend the model with a bi-directional PHEV module (aggregate battery size, charging/discharging efficiency, availability profile) so that spilled load is instead shifted across the day. • Provide runs for both AC-OPF and DC-OPF variants, clearly commenting any extra constraints or variable transformations. • Produce concise output tables and plots: hourly bus voltages, generator dispatch, PHEV power profile, total curtailed vs shifted load, and system cost comparison. Deliverables – Well-commented .gms files for each scenario (AC, DC, with/without PHEVs) – A short read-me explaining how to execute the models on any recent GAMS release (30.x or similar) and interpret the results – A brief report (Word file or Markdown) summarising assumptions, key equations, and the numerical findings that demonstrate the improvement achieved by load shifting with PHEVs. - all curves that shown the voltages and the power flow . - curves show the charging, discharging and the price of charging , discharging of electric vehicles energy. - the power also and the prices of the loads grid. If something in the book is ambiguous, include a note on how you resolved it. All data, plots and code must run end-to-end without manual edits on my side.
3 ноября 08:52
Великобритания, Флит; Швейцария, Gams
3 ноября 17:22
Санкт-Петербург
Подписывайся, чтобы получать информацию обо всех новых клиентах в режиме реального времени!