Kumar Avinash Chandra
Currently pursuing a Ph.D. (Electrical Engineering). Has published many research papers journals, and conferences and also worked as an author of many books. He is also an editor and reviewer for many reputed journals.
Currently pursuing a Ph.D. (Electrical Engineering). Has published many research papers journals, and conferences and also worked as an author of many books. He is also an editor and reviewer for many reputed journals.
This chapter focuses on the feasibility analysis and different challenges toward deployment of renewable energy to achieve global sustainability. The analysis emphasizes that the technological advancement, cost, and efficiency are the basic elements for mass adaptation of renewable energy. At the same time, huge available resources, favorable economies, and large social-economic benefits attract major parts of the globe toward the transition from conventional to renewable energy. The proposed chapter also indicates the major options and barriers toward the deployment of different renewable energies in India, which will act as a catalyst to achieve the India’s dream renewable energy target of 175 GW by 2022. In the current era of modern technologies, highly CO2 releasing countries like India and China demand a wide range of renewable energy integration into their power generation portfolios to meet the requirements of global sustainability. Therefore, the proposed chapter will also provide a strong base of energy security for upcoming generations.
Part of the book: Renewable Energy
Smart Buildings should be seen from a multi-industrial standpoint, involving the right combination of architecture, structure, information technology, automation, environment and energy, services and facility management such as to minimize life-cycle costs, maximize comfort and adapt properly to cultural stimuli. Intelligent architecture concerns with intelligent design to meet cultural and contextual requirements, with proper use of IT and smart technology, as well as with optimal building exploitation and cost-effective maintenance over its life-time. This might also include intelligent and responsive facades. Facility management looks for the best financial management for maintenance, rebuild and renovation, for the best space utilization, for the best daily operational services and for maximizing user satisfaction.
Part of the book: Smart Cities