Aug 14 – 18, 2023
Europe/Berlin timezone

A study on the Business Model of Smart Design Platform

Aug 16, 2023, 1:20 PM
25m
Taurus1

Taurus1

Mechanical and Aerospace Technology [MA1] Future mobility

Speaker

Dr WOOK HYUN LEE (KOREA INSTITUTE OF ENERGY RESEARCH)

Description

In 2019, more than 75.2% of Korea's total energy consumption (excluding energy consumption for raw materials and transportation) and 71% of greenhouse gas emissions in the industrial sector accounted for core facilities(boilers, combustors, industrial furnaces, dryers, heat pumps, and heat exchangers, etc.) consuming large amounts of heat energy is a situation that comes out of use. (Korea Energy Agency, statistics on energy use and greenhouse gas emissions in the industrial sector in 2020)

Efficiency improvement technology for energy-consuming industrial facilities is the most realistic and effective solution to respond to energy and environmental problems such as energy demand management and greenhouse gas reduction.

Against this background, the open smart design platform, which is a technical means to promote the dissemination and diffusion of technology through the design excellence of high-efficiency energy devices, facilitates the leading technology development of small and medium-sized enterprises lacking technical skills, professional manpower, and commercialization capabilities, and It is judged that it will increase the actual supply of consuming industrial facilities and the effect of inducing production.

In this study, a business model with publicity, openness, scalability, excellence, reliability, and sustainability is established and advanced for the effective dissemination and utilization of demand technologies in the relevant field through the stable operation of the smart design platform for industrial facilities that consume high heat energy. included the process.

References

  1. 2020 Statistics on energy use and greenhouse gas emissions in the industrial sector,
    Korea Energy Agency, 2020.
  2. Yoo Sang-sang, Business Model Innovation (Original: Larry Keeley et al., 2013,
    Ten types of Innovation), 2015, Marronnier Books.
  3. Dohyeong Lee, A study on strategy establishment of start-up companies through
    platform business model analysis. Social Science Research, Vol. 26, No. 1, 2019, pp.
    206-223.
  4. Yoo Sang-sang, The Birth of a Business Model (Original: Alex Osterwalder et. al.,
    2010, Business Model Generation), 2011, Business Books.
  5. Kim Jeong-gon, One-page business model, 2019, The Korea Economic Daily.
  6. Baek Jong-il, platform business model advancement seminar materials, 2021.
Keywords Thermal Energy-intensive Industrial Facilities, Smart Design Platform, Business Model

Primary authors

Dr WOOK HYUN LEE (KOREA INSTITUTE OF ENERGY RESEARCH) Dr DAE KEUN LEE (KOREA INSTITUTE OF ENERGY RESEARCH) Dr SEONG KON LEE (KOREA INSTITUTE OF ENERGY RESEARCH) Dr KI DONG YOON (KOREA INSTITUTE OF ENERGY RESEARCH) Dr DEOK HWAN KIM (KOREA INSTITUTE OF ENERGY RESEARCH) Dr KI KWAN KOO (KOREA INSTITUTE OF ENERGY RESEARCH) Mr MIN GYU LEE (KOREA INSTITUTE OF ENERGY RESEARCH) Mr TAE KYOUNG KIM (KOREA INSTITUTE OF ENERGY RESEARCH) Mrs JAE KYUNG YOO (KOREA INSTITUTE OF ENERGY RESEARCH)

Presentation materials

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