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We introduce Destin Power's superior products, delivering and operating over 1 GW of power conversion systems to over 500 sites domestically and internationally.
Through continuous R&D and field experience, we provide core products based on power conversion technology, including PCS (SAVEEN) for ESS, industrial power quality compensation systems (STABLEEN), and power conversion systems for hydrogen solutions (HYDEN).

The Power Supply Controller (PCS) is a core component of an Energy Storage System (ESS). It converts DC power stored in batteries or other ESS into AC power (bidirectional: AC/DC, DC/AC) for transmission to loads or the power grid. The PCS incorporates various control algorithms to implement specific functions required by each ESS application and comprises the hardware stabilization devices required by the entire power system. The PCS is a key element that determines the efficiency and reliability of an ESS.

Electric Power Quality System

Power quality is a measure of the stability of voltage, frequency, and waveform.
Excellent power quality means that the voltage remains stable within the specified range, the AC frequency is close to the rated frequency, and the waveform is transmitted in a smooth, curved shape, such as a sine wave.
However, while the term "power quality" is used for ease of explanation, it actually refers to the quality of voltage, rather than power or current. Our STABLEEN is a voltage compensation system that ensures power quality during momentary power outages and voltage drops.

fuel cell inverter


Destin Power's fuel cell inverter utilizes High Thermal Performance PEBB with Hybrid SiC, boasting a maximum voltage of 1200V and a high efficiency of 98%. Furthermore, HOC is possible through real-time monitoring of operating hours, enabling the creation of fuel cell big data. The fuel cell inverter is a high-quality power conversion device that complies with KEPCO's grid-connection regulations and grid code, and has been certified for UL1941, IEEE1547, and EMC: FCC Class A. The fuel cell inverter is classified as the M400-VE H, M400-VE LPG, or M400-VE NG depending on the fuel type used in the fuel cell. It also includes the ESM M 400-Plus Try-Gen for PPLT, which can reform LNG gas to produce hydrogen and electricity.

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DestinPower

Industry-leading technology and technological differentiation

Ramp Rate: Up to 10ms Example) When a 1.0MW command is given from a standstill, the output reaches 1.0MW within 10ms -> Provides system operation efficiency and stability

Product design meets UL certification standards. Implementation of smart inverter functionality for dynamic grid support. Achieved Korea's first UL1741 SA* certification.

Swappable AC/DC enclosure configuration allows for customization depending on installation environment. Provides flexibility for installation environments and enhances customer convenience. Achieves world-class power density! (0.21 W/cm for 2MW product)

Status of possession of core technologies

Standardized power conversion modules by unit capacity Flexible capacity expansion and convenient maintenance Swappable design allows flexible adaptation to customer installation environments Product lineup up to 2.5MW

Embedded Heatpipe in a Traditional Heatsink Maximizes heat dissipation performance through the heatpipe's high thermal conductivity and application of different airflows for each heat source.

High-reliability & high-efficiency Hybrid SIC IGBTs Switching losses reduced by 30-40% - Increased total power conversion efficiency

Applying the P+R control method, a technology only implemented by leading global power electronics companies. Providing high-quality power by achieving a distortion rate of less than 1% through P+R control.

Voltage control technique between parallel modules Seamless operation without communication lines between upper-level controllers Technology applicable to microgrids and DC distribution networks

 

In the event of a system failure, the system switches from grid-connected mode to standalone operation mode within 4 ms. Maintains power supply to loads without interruption. Technology applicable to microgrids.