Current and projected energy demand in the Asia-Pacific region is enormous. At the same time, in many countries of the region it is precisely a lack of access to energy, which is acting as a brake on continued high growth rates. The launch of huge international energy projects is a key global trend. Projects like these help to address the disparity in access to energy resources, to calm price volatility, and to achieve political stability and regional economic development. To ensure comprehensive integration of these projects and to create a new configuration of connected energy networks, it is essential to set up a single technological platform for the electricity grid. Digital transformation, standardization, and ensuring a new level of energy security are all vital conditions for this. These challenges create a far-reaching opportunity to carry out scientific research in the field of electricity transmission, to establish new standards for managing a new-generation network, to ensure the integration of different sources of generation and smart users, and to provide cyber security. Science could become a key driver behind the creation of a platform for integrated energy networks in North-East Asia. The establishment of an Asian super-ring connecting Russia, China, Japan, South Korea, Mongolia, and possibly additional countries has the potential to solve many of the problems threatening sustainable development in the region, and could lead to enduring, mutually beneficial collaboration, not only in energy, but in a number of other sectors as well. What regulatory changes are necessary in order for such a project to be realized? Do the economic implications surrounding existing electricity transmission technologies make projects to integrate energy networks in North-East Asia viable, or is it vital to invent new, ground-breaking technologies? To what extent should technological solutions for integrated energy networks be standardized? What is the economic viability of implementing such a project, and what financial models have been used to implement similar projects?