MPIA exhibits self-generating products using energy harvesting technology at the 2023 International · 公告

MPIA Co., Ltd. (CEO Jang-yeol Yoo) will participate in the '2023 International Electric Power Exhibition (EPTK 2023)' held at COEX in Seoul for three days from Wednesday, April 26th to Friday, April 28th, and introduce self-generated products. introduced.

MPIA, a leading company in energy harvesting and self-generation technology, is introducing innovative products through continuous research and development. A company official said, “Self-generating products that apply energy harvesting technology that does not require power and an integrated monitoring system based on self-generating sensors provide reduced installation costs and convenient maintenance.” He added, “For signal calling applications applied to hospitals, public restrooms, etc. “It is well-received for its future value and product reliability through self-generated emergency bells, self-generated call bells, self-generated door sensors that can be applied as industrial safety sensors, self-generated fire sensors, and self-generated valve open/close detection sensors.” explained.

This exhibition introduces economical self-power generation products that do not require wires and batteries to companies interested in building smart factories and IoT environments, and provides solutions related to the Serious Accident Punishment Act, self-power generation valve monitoring system, school safety system, single-person households and living alone. We participated to promote products such as a safety notification system for the elderly to domestic and international markets.

Regarding this, an official said, “Sensors play a very important role in IoT, smart factories, and smart cities of the 4th Industrial Revolution. For these smart systems, safety, automation, unmanned operation, etc., sensors must play a key role in a hyper-connected environment by diagnosing and sharing the location, movement, and vibration of objects. However, the wired and wireless battery methods that supply power to sensors have the disadvantage of requiring wiring work (installation) and periodic battery replacement (maintenance).”

“To solve these problems, MPIA developed self-power generation technology using Faraday’s law of electromagnetic induction. This converts kinetic energy into electrical energy and sends an RF signal. “We have established a real-time monitoring system based on self-generated products, including sending final PC programs and text messages through a powerless transmitter that does not require wires or batteries,” he said.

It was also emphasized that wireless sensors using this technology are convenient for installation and maintenance as they do not require wiring or batteries, can be applied to various fields, and ensure the reliability of the product through 100,000 operation tests. In addition, it is environmentally friendly as it does not use batteries, and labor costs are also reduced as replacement is not necessary. Another advantage is that it transmits data more quickly and accurately by minimizing human and material losses due to the environment or construction when applied to construction.

An official said, “Our company holds 8 patents for self-power generation, and it is dustproof and waterproof with an IP57 rating, so it can be applied to various places regardless of indoors.” He added, “We are also creating an IoT environment by establishing a real-time monitoring system. “These innovations will play an important role in industrial innovation pursuing smart systems, safety, automation, and unmanned technology,” he emphasized.

Through these technological capabilities, MPIA is collaborating with domestic LED lighting companies and steadily supplying self-generated wireless switches through construction companies, and is building an emergency bell system for bathrooms for the disabled in elementary schools, mainly in Incheon. In addition, we are operating our products by incorporating them into large logistics centers and smart factories (robot calls), and installing valve opening/closing detection sensors in unmanned substations and PCB manufacturing plants to reduce costs and protect property and life by preventing accidents due to malfunction. It was built to do so.

In addition, local governments and government offices are prepared to purchase through Venture Nara of the Public Procurement Service. As for research tasks, we are continuously carrying out tasks supervised by the Ministry of SMEs and Startups, and have completed two government projects in succession over the past four years, which has resulted in the registration and application of domestic and overseas patents.

In addition, by carrying out an overseas purchase conditional project, we are steadily exporting more than 20,000 self-generated step call bells per year through the Japanese market.

An official said, “We plan to use self-generating sensors to provide simple services for emergency situations such as emergency, safety, and dangerous situations to aging people, single-person households, socially isolated households, and female households, and provide real-time mobile phone text notification services through motion detection. “If no activity is detected within the designated time, it will be judged as an abnormal situation and we are planning to receive a text message notification on the mobile phone,” he said, announcing his future business plan.

Meanwhile, the '2023 International Electric Power Exhibition', hosted by the Korea Electrical Engineers Association, is Korea's largest electric power industry exhibition that combines electric power equipment, smart grid, power generation and nuclear power plants, LED lighting industry, and ESS industry, and is a paradigm for the new energy industry. presented. New electric power technologies and new products to realize carbon neutrality, as well as new and renewable energy and electric vehicle core technologies and products, and various solutions that implement smart energy were exhibited and introduced in one place.

→ Go to the 2023 International Electric Power Exhibition News Special Page

Source: AVING (https://kr.aving.net)