SCIE | Domestic | International Conference | Domestic Conference | Patents

A. Patent Registration

Plant factory cultivation automation system (2025) (No. 10-2798733), South Korea.

Method for hybrid solar tracking to maximize photovoltaic power generation, apparatus and photovoltaic blind system using the same (2017) (US 9,660,571 B2), United States.

Method for hybrid solar tracking to maximize photovoltaic power generation, apparatus and photovoltaic blind system using the same (2016) (No. 5965048), Japan.

Apparatus and method for evaluating energy performance of buildings for energy incentive plan (2017) (No. 10-xxxxxx), South Korea.

Apparatus and method for evaluating energy performance of existing buildings using dynamic energy performance curve (2016) (No. 10-1683401), South Korea.

Method and system for assessing environmental impacts capable of establishing weighing factors for environmental impact categories using internet search statistics (2016) (No. 10-1593876), South Korea

Integrated CO2-cost-schedule management system and method for building construction projects using the earned value management theory (2015) (No. 10-1529679), South Korea.

Method for hybrid solar tracking to maximize photovoltaic power generation, apparatus and photovoltaic blind system using the same (2015) (No. 10-1529678), South Korea.

Method and apparatus for obtaining optimal location and capacity of expressway service area (2015) (No. 10-1502539), South Korea.

Method and apparatus for processing multi-objective optimization model for solving time-cost trade-off problems in construction projects (2015) (No. 10-1494739), South Korea.

System and method for estimating the heating and cooling demand of multi-family housing unit using the finite element method (2015) (No. 10-1485379), South Korea.

Method and apparatus for predicting daily solar radiation level (2014) (No. 10-1383617), South Korea.

System and method for evaluating economic and environmental impact assessment through estimating construction cost and CO2 emission (2013) (No. 10-1322504), South Korea.

System and method for predicting an energy consumption of multi-family housing (2012) (No. 10-1173823), South Korea.

B. Patent Application

Crop Cultivation Device Equipped with Smart Temperature and Humidity Control System (No. 10-2025-0000991)

System for Designing Fabric Duct for Greenhouse (No. 10-2024-0199544), South Korea

Master-slave system for monitoring the growth environment of hydroponics (No. 10-2024-0143189), South Korea

Method for Generating Model Optimized for Greenhouse Design (No. 10-2024-0119326), South Korea

System for Predicting Growth Environment based on Spatial Interpolation (No. 10-2024-0106798), South Korea

A device that automatically controls the indoor environment using EEG data (No. 10-2024-0103640), South Korea

Simulation methods for evaluating Indoor Environmental Quality (No. 10-2024-0091926), South Korea

Stair-step hydroponic cultivation apparatus (No. 10-2023-0057891), South Korea

Hydroponic cultivation apparatus with rotary tray (No. 10-2023-0057892), South Korea

Environmental evaluation method and system for construction structure (No. 10-2017-0013699), South Korea

Prediction method and model of environmental cost due to construction noise and vibration (No. 10-2014-0003311), South Korea

C. Software Registration

System and method for the techno-economic-policy assessment of the distributed solar generation in net-zero energy building (2017) (No.C-2017-012220)

System and method for estimating the amount of electricity generated from the building-integrated photovoltaic blind system by using the finite element method (2017) (No. 012219)

Developed multi-purpose optimization system to select optimal solar incentive (2017) (No.C-2017-008649)

An Optimization Model for Selecting the Optimal Green Systems by considering the Thermal Comfort and Energy Consumption (2017) (No. C-2017-008647)

Integrated value assessment system for green building; IVAS (2015) (No. C-2015-010890), South Korea.

Coupling technique and optimization software for low-carbon design process in building design phase (2015) (No. C-2015-010613), South Korea.

Web-based system and method for monitoring the energy consumption and CO2 emission in the multi-family housing complex (2015) (No. C-2015-010614), South Korea.

System and method for analyzing the energy self-sufficiency rate and return-on-investment depending on the implementation strategy of the smart photovoltaic system blind (2014) (No. C-2014-003791), South Korea.

System and method for establishing the low-carbon scenario 2020 to achieve the national carbon emissions reduction target (2014) (No. C-2014-003298), South Korea.

System and method for determining the energy retrofit of existing buildings using the advanced case-based reasoning (2014) (No. C-2014-003297), South Korea.

System and method for the integrated co2, cost and schedule management in the construction projects using the earned value management theory (2014) (No. C-2014-003232), South Korea.

System and method for the carbon integrated management to monitor and diagnose the dynamic energy performance of existing buildings in a city, an urban organism (2014) (No. C-2014-003015), South Korea.

System and method for the life cycle cost and life cycle co2 analysis to evaluate the economic and environmental performance of building using deterministic approach (2014) (No. C-2014-002926), South Korea.

System and method for the life cycle cost and life cycle co2 analysis to determine the optimal design alternative using deterministic approach (2014) (No. C-2014-002925), South Korea.

System and method for the integrated multi-objective optimization to determine the optimal design of the rooftop photovoltaic system (2014) (No. C-2014-002919), South Korea.

System and method for determining the optimal slope of the installed panel in the rooftop photovoltaic system depending on the regional characteristics (2014) (No. C-2014-002918), South Korea.

System and method for the sensitivity analysis on the impact factors of the electricity generation in the rooftop photovoltaic system (2014) (No. C-2014-002917), South Korea.

System and method for the potential analysis of the rooftop photovoltaic system to achieve the zero energy buildings (2014) (No. C-2013-005611), South Korea.

System and method for predicting the heating and cooling demand of a residential building with a different envelope design using the finite element method (2014) (No. C-2013-004755), South Korea.

System and method for determining the optimal location and size of expressway service area in the project development phase (2014) (No. C-2012-014151), South Korea.

System and method for estimating the monthly average daily solar radiation using geographic information system and advanced case-based reasoning (2014) (No. C-2012-014150), South Korea.

System and method for the multi-objective optimization to solve the time-cost trade-off problems in construction projects (2014) (No. C-2012-014148), South Korea.

System and method for estimating the construction cost and co2 emissions in the construction phase (2014) (No. C-2012-008647), South Korea.