Page 249 - "Green Investments and financial technologies: opportunities and challenges for Uzbekistan" International Scientific and Practical Conference

“Yashil investitsiyalar va moliyaviy texnologiyalar: O‘zbekiston uchun imkoniyatlar va muammolar” mavzusida xalqaro
ilmiy-amaliy anjuman materiallari to‘plami (Toshkent, JIDU, 2025-yil 7-may)

THE ROLE OF PROGRAMMING LANGUAGES IN GREEN ECONOMY
228
Abdulakhatov Muzaffarjon Mashrabjon ogli

Abstract

The transition to a green economy demands innovative technological
solutions that promote energy efficiency, reduce carbon emissions, and optimize
resource utilization. This paper explores how the choice and use of programming
languages impact the environmental performance of digital solutions.

Keywords: Green coding, energy-efficient software, sustainable computing,
smart systems, resource optimization, renewable energy software electric vehicle
programming.

Introduction.

Programming plays a crucial role in the green economy by facilitating the
development of sustainable technologies and practices, ultimately reducing the
environmental impact of computing and related industries. This is achieved through
various means, including green coding, the development of energy-efficient
software, and the implementation of smart systems for resource management.

Green Coding. In an era where environmental concerns are at the forefront
of global discussions, the concept of Green Coding has emerged as a crucial aspect
of sustainable software development. This document explores the principles and
practices of Green Coding, emphasizing the importance of creating energy-efficient
software that minimizes its carbon footprint while maximizing performance and
usability. By adopting these practices, developers can contribute to a more
sustainable future while maintaining high standards in software quality.
Green coding refers to the practice of writing software that minimizes energy
consumption and environmental impact. It involves optimizing code to reduce the
resources required for processing and storage.

Green coding helps reduce carbon emissions associated with software
development and usage, leading to a more sustainable computing environment.

This includes optimizing algorithms for efficiency, choosing energy-efficient
programming languages, and minimizing data transfer requirements.

The energy consumption of computing devices and data centers is significant.
By developing energy-efficient software, organizations can reduce their overall
energy consumption and associated costs.

228 Doctoral student of International Nordic University, e-mail: muzaffar.abdulakhatov@gmail.com

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