Page 250 - "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)

This involves designing software that minimizes idle time, optimizes resource
utilization, and utilizes energy-saving features.

Developing software that automatically shuts down or enters a low-power
mode when inactive, optimizing database queries to reduce energy consumption, and
developing cloud-based applications that can leverage shared resources for energy
efficiency.

Figure 1. Principles of green coding

Smart systems for resource management.

Programming enables the development of smart systems that optimize
resource usage in various sectors, including energy, transportation, and agriculture.

Programming allows for real-time monitoring and control of energy
distribution, optimizing energy consumption and reducing waste. Programming
enables the development of smart traffic management systems that optimize traffic
flow, reducing fuel consumption and emissions. Programming enables the use of
sensors and data analytics to optimize resource allocation in agriculture, reducing
water and fertilizer use.
Promoting green technologies. Programming plays a vital role in developing

and deploying green technologies, such as renewable energy systems, electric
vehicles, and sustainable manufacturing processes. Renewable energy:
Programming is essential for developing software that manages renewable energy
systems, such as solar panels and wind turbines, optimizing energy production and
distribution.

250