Energy & Space
Energy and Space provides solution-oriented policies for energy transition through spatial planning in marine and rural areas and a systematic and scientific approach.
Goal
The climate crisis is a complex problem on a global scale, and the participation and cooperation of various stakeholders is essential to solve it.
Accordingly, in order to find and implement a solution to this problem, a process of sufficiently collecting the opinions and voices of various entities and reflecting them objectively is necessary.
Energy and Space seeks to respond to the climate crisis by systematically designing procedures and processes to reach constructive and impactful solutions in a timely manner.
Research Areas
Spatial Planning & Policy Recommendation
Establishment of a renewable energy spatial plan considering spatial characteristics of the sea and rural areas
Effective deployment and expansion of renewable energy involves consideration of given geographical requirements. In the case of the sea, appropriate sea areas must be established taking into account the characteristics of various marine environments and ecosystems, and in the case of land, a balance between use of farmland and environmental conservation must be maintained. Considering the spatial characteristics of renewable energy installation sites, we present a longer-term vision for the spread of renewable energy by improving social acceptability and economic efficiency.
Energy Industry
Promotion Policy
Energy industry promotion policy proposal based on the sea and rural areas
Key stakeholders in the deployment of renewable energy are industries across the energy industry ecosystem and supply chain. Through policy proposals aimed at promoting industries related to marine and onshore renewable energy, we aim to realize more efficient distribution of renewable energy through cooperation with industry stakeholders.
Systematic Analysis
for Renewable Energy
Proposal of an energy system for renewable energy based on scientific analysis
Scientific analysis is a key element in building an energy system centered on renewable energy. In addition to reducing carbon emissions through the distribution of renewable energy, we realize a more efficient energy transition through various analysis methods such as energy demand analysis.
Data analysis & Database
for Stakeholders
Establishment and operation of an open source database to support evidence-based decision-making
The presence or absence of reliable information is one of the factors that makes a big difference in the decision-making process and results. We are building a database by integrating various data types on renewable energy and releasing it as open source so that all stakeholders can have access to more accurate information.