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TECHNIQUES FOR BOOSTING ROADS' ECONOMIC EFFICIENCY
Ismailov Sarvarbek Takhirjanovich
Teacher, Andijan State Technical Institute, Andijan, Uzbekistan
Abstract.
This thesis considers the issues of economic efficiency of highways, development of
transport infrastructure and introduction of resource-saving technologies. The main focus is on
reducing costs in road construction and operation, optimizing traffic flow and ensuring
environmental sustainability. The results of the study show that increasing the economic
efficiency of highways has a positive impact on the overall economic development of the
country.
Keywords:
highways, economic efficiency, transport infrastructure, logistics, operating costs,
modernization, resource-saving technologies.
INTRODUCTION
Roads play an important role in the economic and social development of the country. They play
a significant role in ensuring traffic, developing the logistics system, strengthening interregional
integration and expanding trade relations. The quality and efficiency of road infrastructure
directly affect the country's economic growth rates. High-quality and well-built roads reduce
freight costs and save time. At the same time, the economic efficiency of roads is related not
only to the funds spent on their construction, but also to the processes of their operation,
maintenance and modernization. Today, developed countries are striving to increase economic
efficiency by updating road infrastructure and introducing modern technologies. In particular,
approaches such as smart road systems, the use of energy-efficient materials and optimizing
traffic flow are widely used. In Uzbekistan, the issue of improving the quality and economic
efficiency of roads is also relevant, and a large part of state investments are directed to the
development of this sector. This study analyzes factors affecting the economic efficiency of
highways, methods for reducing operating costs, modern technologies, and the economic
benefits of road infrastructure.
The impact of roads on the economy. Transport plays a significant role in economic activity and
development in the republic. They include a wide range of infrastructure and services necessary
for the efficient movement of goods, people and resources. A high-quality and developed
transport network accelerates production processes, expands domestic and international trade,
and strengthens regional connectivity. Improving roads reduces logistics costs and ensures that
products reach consumers quickly. This, in turn, creates a favorable economic environment for
enterprises and business entities and increases the opportunities for attracting investment.
Modern transport infrastructure also has a positive impact on the development of remote areas,
connecting them with large economic centers, thereby improving the living standards of the
population [1].
Economic aspects of road construction and operation costs.
Road construction and operation
processes play an important role in ensuring the overall efficiency of highways. Road design,
material selection and technological approaches are key factors during the construction phase.
To create a high-quality road infrastructure, it is necessary to attract investments, use modern
materials and increase the efficiency of the construction process. Operating costs are associated
with the constant maintenance, repair and modernization of roads. Ensuring the durability and
quality of the road surface is one of the main factors in reducing operating costs. The use of
intelligent transport systems and automated monitoring technologies also helps to effectively
manage operational processes. Extending the service life of roads through maintenance and
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planned repairs and creating comfortable driving conditions for vehicles is also of great
importance. Thus, effective management of road construction and operation costs ensures the
sustainable operation of transport infrastructure [2].
The impact of quality roads on transportation costs.
High-quality roads significantly reduce
the operating costs of vehicles. Smooth and durable road surfaces reduce the cost of vehicle
maintenance and repair, as good roads reduce the wear and tear of vehicle parts. In addition,
high-quality roads help tires last longer, which reduces tire replacement costs. Uneven and poor
roads put excessive strain on the vehicle's suspension and suspension components, which leads
to their rapid wear. Smooth roads, on the other hand, extend the service life of these
components, significantly reducing costs for car owners. Also, the cost of washing and cleaning
cars is reduced due to high-quality roads. Dusty and dirt roads cause rapid contamination of the
car div, increasing the need for frequent washing. On paved and well-maintained roads, these
costs are significantly reduced. In general, high-quality roads have a number of positive effects,
such as reducing the operating costs of vehicles, extending the service life of car parts, and
creating comfort for passengers. This has a positive impact not only on drivers, but also on the
efficiency of the entire transportation system. Quality roads reduce the number of accidents,
which in turn reduces medical and insurance costs.
Introduction of resource-saving technologies.
Investing in innovative technologies to
improve the environmental sustainability of transport systems requires significant financial
outlays. Many countries and the corporate sector need to invest heavily in developing electric
vehicles, creating hydrogen fuel infrastructure and modernizing public transport. The
production cost of electric vehicle batteries remains relatively high, which increases their
market price. At the same time, the economic value of non-performing assets, such as
petroleum-based infrastructure, must be taken into account in the transition from traditional fuel
systems to clean technologies. Nevertheless, in the long term, these changes provide significant
economic advantages. The operating costs of electric vehicles are significantly lower than those
of conventional vehicles, significantly reducing fuel consumption. In addition, the minimal
maintenance requirements of electric vehicles increase the long-term benefits of ownership. The
introduction of clean transport systems will alleviate urban congestion, improve public health
and protect the environment, thereby increasing economic efficiency. Electric vehicles have
significantly lower operating costs than conventional vehicles, reduce fuel consumption and
require less maintenance, significantly reducing the total cost of ownership. Their use in cities
will play an important role in reducing congestion and improving public health. In addition,
optimizing traffic on highways will prevent traffic jams and reduce various types of toxic
emissions and fuel residues emitted into the atmosphere [3].
CONCLUSION
Since the impact of highways on the state economy is very large, it is planned to develop and
build highways in such a way that they use less resources or cost less and have a long service
life. In proportion to this, the more usable the highways are, the lower the cost of cars increases,
and it has been found that a car moving on a flat road consumes less fuel than a car moving on
an unusable road.
The fuel consumption recorded in the vehicle documents also records the fuel consumed during
movement on a road that meets the requirements.
Depending on how smooth and smooth the highways are and how they meet world standards, it
will be convenient, fast, safe and inexpensive for both car movement and the delivery of goods
or passengers to the destination.
This can significantly reduce economic costs.
INTERNATIONAL MULTIDISCIPLINARY JOURNAL FOR
RESEARCH & DEVELOPMENT
SJIF 2019: 5.222 2020: 5.552 2021: 5.637 2022:5.479 2023:6.563 2024: 7,805
eISSN :2394-6334 https://www.ijmrd.in/index.php/imjrd Volume 12, issue 08 (2025)
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REFERENCES USED
1.
https://staff.tiiame.uz/storage/users/614/presentations/Odec14FcPBn8JsApj7CmQcZcuS
oD6DrDnt7GUI3X.pdf
2.
https://cyberleninka.ru/article/n/transport-tizimlarining-ekologik-barqarorlikka-tasirini-
o-rganishning-ayrim-dolzarb-masalalari/viewer
3.
Anderson, P., & White, D. (2019). The Economics of Electric Vehicles. Journal of
Sustainable Transport, 12(3), 45-58. DOI: 10.1080/15568318.2019.1565672
