Short description:

Global energy investment decisions are crucial for energy production, distribution, and consumption worldwide. These investments play a critical role in ensuring energy supply security, contributing to the diversification of energy sources and the continuity of supply. Renewable energy investments, in particular, enhance energy supply security due to their unlimited and environmentally sustainable nature. Energy investments also support economic growth and job creation. The renewable energy sector, especially, is a young and rapidly growing area of employment. Such investments can bolster local and national economies. To achieve these benefits, various factors must be considered simultaneously.

The aim of this book is to identify the right energy policies for the sustainable economic development of countries. The book presents effective strategies for different types of energy. Key issues are examined, including selecting optimal locations for nuclear power plant installations, providing adequate government incentives to boost clean energy investments, and formulating policies to reduce energy dependence. By determining country-specific optimal energy policies, this book contributes to the achievement of the UN sustainable development goals (SDG).

Long description:

Global energy investment decisions are crucial for energy production, distribution, and consumption worldwide. These investments play a critical role in ensuring energy supply security, contributing to the diversification of energy sources and the continuity of supply. Renewable energy investments, in particular, enhance energy supply security due to their unlimited and environmentally sustainable nature. Energy investments also support economic growth and job creation. The renewable energy sector, especially, is a young and rapidly growing area of employment. Such investments can bolster local and national economies. To achieve these benefits, various factors must be considered simultaneously.

The aim of this book is to identify the right energy policies for the sustainable economic development of countries. The book presents effective strategies for different types of energy. Key issues are examined, including selecting optimal locations for nuclear power plant installations, providing adequate government incentives to boost clean energy investments, and formulating policies to reduce energy dependence. By determining country-specific optimal energy policies, this book contributes to the achievement of the UN sustainable development goals (SDG)

Table of Contents:

Development and Implementation of Green Economy.- Novel Green Economy Tools.- Mechanisms for the formation of long-term investments in energy to expand the state's social support capabilities.- Some of the keyways they affect the green economy.- Implementation Of Renewable Energy Development Goals by Foreign And Russian Companies.- Implementation Of Renewable Energy In  Green Economy.- Use Of ESG Open Innovation Practice In Russian Companies.- Improving Renewable Energy Efficiency Of The Russian Economy.- Implementation Of Sustainable Development Goals and Renewable Energy Development Goals.- Evaluation of investment projects by analyzing a system of financial coefficients.- Criteria For Assessing Quality Of Information Support For Digital Transformation in Renewable Energy.- Analysis Of Degree Of Digitalization in Russian Renewable Energy Sector.- Renewable Energy Sources Into The Global Economy.- Solar Energy, Biofuels And Other Renewable Sources Into The Global Economy.- Risks of renewable energy transition.- Risks of nuclear energy exploitation.- Analysis of Renewable Energy Cooperation between Russia and Main Asian Countries.- Development of hydrogen energy in main Asian countries.- Formation and basic principles of the implementation of biofuels.- Biofuels markets stimulate investment in infrastructure, research and technological innovation.- The Impact of Financialization and Digital Structures on Renewable Energy Integration in ASEAN-5 Countries.- Evaluation of Factors Affecting the Feasibility of Trigeneration Systems for Energy Efficiency in Hospitals.