EnergyX: Elixir Programlama Dili için Açık Kaynaklı, Kapsamlı Bir Enerji Sistemleri Mühendisliği Kütüphanesi

Abstract

EnergyX, Elixir programlama dilinde geliştirilmiş kapsamlı, açık kaynaklı bir enerji sistemleri mühendisliği kütüphanesidir. Kütüphane, enerji mühendisliğinin tüm yelpazesini kapsayan 76 alt modülde 513 belgelenmiş fonksiyon sunmaktadır: yenilenebilir enerji (güneş PV/CSP/PVT, rüzgar, dalga/gelgit/OTEC, hidroelektrik, jeotermal, biyokütle), fosil yakıtlar (kömür, doğal gaz, petrol), nükleer (fisyon, yakıt çevrimleri, SMR, füzyon temelleri), hidrojen ve yakıt hücreleri, enerji depolama, HVAC ve soğutma (psikrometri, buhar sıkıştırma, absorpsiyon çevrimleri, soğutma kuleleri), elektrik sistemleri (motor IE sınıfları, VFD, güç faktörü, transformatörler, şebeke), termo-akışkan bilimleri (termodinamik, ısı transferi, akışkanlar mekaniği, 14 boyutsuz sayı), endüstriyel süreçler (Problem Tablosu Algoritması aracılığıyla sıkıştırma analizi, basınçlı hava, buhar sistemleri, ağır sanayi), bina enerjisi, ulaşım (EV, havacılık, denizcilik), su-enerji bağlantısı (tuzdan arındırma, su arıtma), karbon muhasebesi ve yaşam döngüsü değerlendirmesi, karbon yakalama ve depolama, proje finansmanı (DSCR, Monte Carlo) LCOE, mikro şebeke tasarımı, termoekonomi (SPECO yöntemi) ve ISO 50001 enerji denetimi konularını kapsar. Kütüphane Hex.pm üzerinden dağıtılır, standart ders kitabı sonuçlarına ve uluslararası standartlara göre doğrulanmıştır ve eğitim ve proje kapsam belirleme için 10 etkileşimli Livebook not defteri ile birlikte gelir.

Keywords

• Enerji sistemleri mühendisliği
• Elixir
• Fonksiyonel programlama
• Yenilenebilir enerji
• Termoekonomi
• Yaşam döngüsü değerlendirmesi
• Enerji denetimi
• Livebook
• Açık kaynak yazılım

EnergyX: An Open-Source, Comprehensive Energy Systems Engineering Library for the Elixir Programming Language

Abstract

EnergyX is a comprehensive, open-source energy systems engineering library implemented in the Elixir programming language. The library provides 513 documented functions across 76 submodules, spanning the complete spectrum of energy engineering: renewable energy (solar PV/CSP/PVT, wind, wave/tidal/OTEC, hydroelectric, geothermal, biomass), fossil fuels (coal, natural gas, petroleum), nuclear (fission, fuel cycles, SMR, fusion basics), hydrogen and fuel cells, energy storage, HVAC and refrigeration (psychrometrics, vapor compression, absorption cycles, cooling towers), electrical systems (motor IE classes, VFD, power factor, transformers, grid), thermal-fluid sciences (thermodynamics, heat transfer, fluid mechanics, 14 dimensionless numbers), industrial processes (pinch analysis via the Problem Table Algorithm, compressed air, steam systems, heavy industry), building energy, transportation (EV, aviation, shipping), water–energy nexus (desalination, water treatment), carbon accounting and lifecycle assessment, carbon capture and storage, project finance (DSCR, Monte Carlo LCOE), microgrid design, thermoeconomics (SPECO method), and ISO 50001 energy auditing. The library is distributed via Hex.pm, validated against canonical textbook results and international standards, and ships with 10 interactive Livebook notebooks for education and project scoping.

Keywords

• Energy systems engineering
• Elixir
• Functional programming
• Renewable energy
• Thermoeconomics
• Lifecycle assessment
• Energy audit
• Livebook
• Open-source software

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