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Smart energy solutions

We are in an era where everything is now requested to be smart. Here are some examples, such as, smart materials smart devices, smartphones, smart grid, and smart metering. In regards to energy portfolio, we need to make it in line with these under smart energy solutions. With the developed cutting-edge technologies and artificial intelligence applications, we need to change the course of action in dealing with energy matters, covering the entire energy spectrum under five categories, namely, energy fundamentals and concepts, energy materials, energy production, energy conversion, and energy management in order to provide smart energy solutions portfolio for implementation. In the past, energy intensity (which was the ratio of energy consumed by a nation or community to gross domestic product of that nation or community, measured for example, in Joule/US$) was used a key indicator for development. The countries consuming more energy were pretending that they were more developed. Later, this became, to some extent, non-sense because energy efficiency (or efficient energy use) becamemoremeaningful. Basically, more energy efficient, technologically advanced solutions have become the key, because almost everything has evolved into smart domain with various options in a more efficient and more integrated manner. That is why we need to change course of action and switch from conventional methods, approaches, systems, solutions to a smart energy portfolio where the smart solutions are targeted for implementation. Switching to smart energy solutions does not mean that we can ignore the concepts and fundamentals that should be treated like a building cannot stand without pillars. Furthermore, energy solutions cannot survive without concepts and fundamentals. This brief perspective article focuses on introducing and highlighting smart energy solutions under the portfolio pertaining to exergization, greenization, renewabilization, hydrogenization, integration, multigeneration, storagization, and intelligization in a sequentially meaningful form for implementation. Each one of these possesses a critical role within the energy portfolio and is key for a more sustainable future. This article briefly describes each of these solutions because there will be follow-up perspective article on each of these solutions in detail which will be published in series.