This technology relates to a charging and discharging scheduling device and method by controlling the discharge depth of an energy storage device. It relates to a charging and discharging scheduling device and method of an energy storage device according to an optimized discharge depth value derived by considering the operating cost of the power grid and the usage cost of the energy storage device in the operation of the energy storage device.
Energy storage devices are important as a core component in the next-generation power supply chain such as distributed power sources and smart grid environments, but can be charged and discharged multiple times. Discharging is possible, but because its lifespan is limited, efficient scheduling is required according to the usage environment and purpose.
This technology can minimize the total power supply cost through charging and discharging of the energy storage device that reflects the operating cost of the power grid and the usage cost of the energy storage device itself to supply power, and can promote efficient repeated use relative to the lifespan of the energy storage device by using the optimized discharge depth value.
This technology was developed through a high-speed demand response-based energy IT convergence platform research and development project to overcome the power crisis through support from the National IT Industry Promotion Agency.
This technology relates to a composition for DNA sequence analysis and a DNA sequence analysis method, and to a DNA sequence analysis method including a composition containing a DNA-binding fluorescent protein and steps for processing the same.
Existing DNA sequence analysis technology had limitations in DNA damage and information loss. To solve these problems, this technology provides a fluorescent protein composition and method to precisely analyze DNA sequences at the level of a single DNA molecule.
By using A/T-specific DNA binding protein and non-specific complementary DNA binding protein simultaneously, efficient optical identification of single DNA molecules is possible without a separate sequencing procedure. This technology is useful for studying chromosomal organization and protein immunoorganization of the genome, and can improve the accuracy and efficiency of genetic analysis.
This technology was developed through support from the National Research Foundation of Korea's research project on microfluidic devices for observing the structure of dyed yarns for detecting DNA damage.
This technology relates to an ultrasound treatment device and method, and relates to a HIFU treatment device and method that can confirm the focal position of an ultrasound signal (HIFU)
HIFU treatment can reduce trauma to the patient and realize non-invasive treatment. As a technical challenge, a method is needed to confirm the focal position of a high-intensity focused ultrasound signal (HIFU) without damaging important blood vessels and organs.
This technology solves this problem by transmitting a HIFU signal to the treatment area and then receiving the signal reflected from the treatment area again, so that the focal position of the HIFU signal transmitted to the treatment area can be confirmed through imaging, so the treatment can be performed through the HIFU signal without damaging important blood vessels and organs, and the stability and accuracy of the HIFU treatment can be improved
This technology relates to a scheduling method and device for charging and discharging energy storage devices that minimizes unnecessary waste of charging and discharging power caused by prediction errors by estimating and allocating correction power (margin power) based on prediction errors.
The battery operation to reduce maximum load power that is currently used is to discharge the battery at a constant power during the time when the maximum load is predicted to occur, such as this. It is difficult to say that the operation is optimal because it does not take into account losses due to unnecessary charging/discharging power, battery depreciation, and electricity usage charges. This technology provides technical means for scheduling energy storage devices that minimize unnecessary waste of charging and discharging power caused by prediction errors.
This technology estimates correction power based on prediction error, corrects it to output close to optimal operation by allocating it to scheduled charging and discharging power in real time, and applies price weighting in a dynamic programming algorithm to reduce maximum load power without setting a separate limit.
This technology was developed through the support of the Korea Institute of Energy Technology Evaluation and Planning's micro research project utilizing distributed resources based on community energy supply (CES) facilities.
This technology is related to a delay time interpolation method in an ultrasound beamformer. It can calculate the delay time with one delay time calculator for all channels, improving the accuracy of delay time interpolation in cases with the same hardware complexity.
Existing ultrasound medical equipment systems have difficulty calculating delay time due to the complex hardware structure, so there is a problem of sacrificing accuracy for miniaturization.
This technology enables more precise and efficient imaging in the field of ultrasound diagnosis and treatment.
This technology is about a method of producing methanol using methane using methane-generating bacteria that does not require external reducing power.
It is about a method of increasing the production of methanol by maintaining the catalyst amount and reducing power constant using methane-generating bacteria under conditions containing a certain amount of EDTA. Production efficiency was low. This technology presents a method for producing methanol using methane-producing bacteria that does not require external reducing power.
It is possible to dramatically increase methanol production by maintaining the catalyst amount and reducing power optimally by using Methylomonas DH-1 strain and ethylenediaminetetraacetic acid (EDTA) at a specific concentration, making it possible to produce highly efficient methanol in an environmentally friendly manner by utilizing methane without an expensive external reducing power.
This technology was developed through support from the National Research Foundation of Korea's C1 gas refinery research project.
This technology relates to a wheelchair-type walking assistance robot that combines an exoskeleton worn on the user's lower body with a wheelchair-type lift for the purpose of strengthening the muscle strength of the general public, walking rehabilitation of patients, or assisting the mobility of the elderly.
It is a wheelchair-type walking assistance robot with greatly enhanced convenience.
This technology is about a method that can detect its own errors using message call logs in a robot system, while reducing false positive detections. It is a method that can be applied to everything from simple cleaning robots to humanoids, and can be applied to service robots implemented as component-based distributed systems to reduce false negative detections due to interfaces that provide limited information in the form of black boxes. It is also a technology that can reduce false negatives due to different scenario execution orders by dividing and recording error detection units by single scenario.
The patent is a technology developed through a research project on design and verification technology for collective intelligence-based components for dynamic self-adaptation, which was conducted as a research project for the development of next-generation information and computing technology by the National Research Foundation of Korea.
This technology utilizes a built-in cartridge containing a chemical compound to generate high-pressure gas, which is used to push foreign substances out of a clogged toilet drainage channel. When the toilet is clogged, a specialized toilet cover with a sucker seals the upper portion of the toilet bowl to prevent splashing and maintain pressure. The cartridge then ignites the compound (sodium azide) to instantaneously generate nitrogen gas, increasing the pressure within the water storage space and forcing the water and clog through the sewer without requiring manual pumping.
The patent is a technology developed with research funding from the Ministry of Education on "Integrated Processing and Analysis of Streaming and Stored Data in a Distributed Environment."
This technology utilizes a built-in cartridge containing a chemical compound to generate high-pressure gas, which is used to push foreign substances out of a clogged toilet drainage channel. When the toilet is clogged, a specialized toilet cover with a sucker seals the upper portion of the toilet bowl to prevent splashing and maintain pressure. The cartridge then ignites the compound (sodium azide) to instantaneously generate nitrogen gas, increasing the pressure within the water storage space and forcing the water and clog through the sewer without requiring manual pumping.
The patent is a technology developed with research funding from the Ministry of Education on "Integrated Processing and Analysis of Streaming and Stored Data in a Distributed Environment."
This technology collects stock price data for each stock, analyzes correlations between the collected data, and predicts the stock prices of the correlated stocks using a stock price prediction model learned from the stock price data. The predicted prices are then compared to select stocks with a predicted increase in price from the analyzed correlations, thereby increasing returns.
The patent is a technology developed with research funding from the Ministry of Education on "Integrated Processing and Analysis of Streaming and Stored Data in a Distributed Environment."
This technology utilizes a three-level digital signal to reduce loop delay, either using a three-level PWM (pulse width modulation) signal or a three-level PDM (pulse density modulation) signal. This reduces loop delay, thereby increasing the frequency range for active noise reduction in earphones receiving digital audio signals.
This technology concerns a method for producing plant-based alternative milk using purely plant-based ingredients, resulting in a product with nutritional characteristics and sensory properties similar to and superior to dairy milk.
In Korea, many consumers suffer from lactose intolerance, experiencing indigestion and discomfort when drinking milk, which prevents them from consuming it. However, existing plant-based beverages differ from milk in nutrition and flavor, failing to properly replace it. This technology addresses this by optimally blending almonds and oats to achieve nutritional and sensory profiles similar to dairy milk.
The method for producing plant-based alternative milk according to this technology can commercially produce plant-based milk with the same taste, texture, and nutritional components as dairy milk. Consequently, it can be utilized as a milk substitute for lactose-intolerant individuals, thereby contributing to the improvement of public health.
Technology for determining the location of a DBS (Deep Brain Stimulation) electrode. This technology involves aligning pre-implantation MRI volume data sets with post-implantation CT volume data sets to determine the location of a subvolume-rendered DBS electrode relative to the STN (subthalamic nucleus).
This patent is a German family patent for the "Method for Determining the Location of a DBS Electrode" of Korean patent.
Technology for determining the location of a DBS (Deep Brain Stimulation) electrode. This technology involves aligning pre-implantation MRI volume data sets with post-implantation CT volume data sets to determine the location of a subvolume-rendered DBS electrode relative to the STN (subthalamic nucleus).
This patent is a U.S.A family patent for the "Method for Determining the Location of a DBS Electrode" of Korean patent.
