Popular posts

  • Surge Protectors and Innovations in Photovoltaic Panel Technology
    Surge Protectors and Innovations in Photovoltaic Panel Technology

    Renewable energy is currently on everyone's lips, and not without reason. It is a key element in the fight against climate change and the supply of ecological energy for our planet. Among various sources of renewable energy, photovoltaic panels hold a special place, and their development and innovations play a significant role in shaping the future of energy. But did you know that innovations in photovoltaic panels require simultaneous advancements in safeguards, such as surge protectors?

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  • Enhanced Power Density and Expanded Line-up of the 7th Gen Industrial IGBT Modules Utilizing the Improved Thermal Conductivity of the Highly Reliable SLC-Technology
    Enhanced Power Density and Expanded Line-up of the 7th Gen Industrial IGBT Modules Utilizing the Improved Thermal Conductivity of the Highly Reliable SLC-Technology

    The 7th gen. 650V and 1200V class Industrial IGBT modules have been introduced recently to the market. In this new IGBT module generation, the latest chip technology has been utilized [1] to cover the requirements of industrial power electronics applications. All those applications utilize the superior characteristics of the 7th gen NX-Type IGBT modules which are - compactness, high power density, high reliability, high efficiency and reasonable cost [2]. To expand the area of applicability...

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  • Advanced Si-IGBT Chip Design for Maximum Overall System Performance
    Advanced Si-IGBT Chip Design for Maximum Overall System Performance

    Mitsubishi Electric has introduced the new G1 series Intelligent Power Modules (IPM) with an advanced Si-IGBT design to address several key performance parameters and enable the end-user to achieve high system performance. The advancements in the G1 IPM chip technology are aimed at resolving some inherent drawback of the Si-IGBT especially when it is employed for motor control applications. The G1 IPM device has been developed by implementing some key advancements in the latest 7th generation...

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  • Zapraszamy na seminarium w tematyce Ex
    Zapraszamy na seminarium w tematyce Ex

    Explosion isolation in electrical equipment in ex zones on the example of flameproof covers Electrical equipment intended for use in potentially explosive atmospheres should be designed to protect the equipment against the possibility of ignition of the surrounding explosive mixture - both during normal operation and in a disturbance state. One of the methods of protection is to isolate the potential source of ignition from the hazardous explosive atmosphere, which is reflected in the...

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  • Towards a Greener Future: Highly Efficient SiC Power Devices for Wide Application Range
    Towards a Greener Future: Highly Efficient SiC Power Devices for Wide Application Range

    The reduction of carbon dioxide and the responsible use of electric energy are main drivers for a more sustainable future society. Silicon Carbide (SiC) and its superior physical properties shall save even more electric energy and make power-electronic converters more compact, which reduces the consumption of valuable materials and resources.

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  • Cost and Return on Investment Analysis for Solar Panels
    Cost and Return on Investment Analysis for Solar Panels

    Solar energy plays a significant role in global efforts towards sustainable development and combating climate change challenges. Solar panels, especially photovoltaic ones, have become a popular solution for generating clean electrical energy.

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  • How does the transistor work and what is it used for?
    How does the transistor work and what is it used for?

    The transistor is a semiconductor device that plays a crucial role in modern electronics. Its invention in the mid-20th century by William Shockley, John Bardeen, and Walter Brattain brought about a revolution in technology. Transistors are essential in the construction of many electronic devices, from simple relays to advanced computers. In short, a transistor is a fundamental building block that enables the control of current flow in electronic circuits.

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  • 5 Best Methods for Installing POWERSAFE (POWERLOCK) Connectors
    5 Best Methods for Installing POWERSAFE (POWERLOCK) Connectors

    In this article, we will examine the first two methods, discussing their key steps and recommendations.

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  • Inverter and Photovoltaic System Efficiency in Low-Light Conditions
    Inverter and Photovoltaic System Efficiency in Low-Light Conditions

    In today's article, we will delve into a topic that is essential for everyone who has invested in a photovoltaic system or is considering such an investment. We're talking about the role of an inverter in the context of the efficiency of a photovoltaic system in low-light conditions. What is an inverter, and how does it affect the effectiveness of solar energy production in challenging circumstances?

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  • Izolacja wybuchu w urządzeniach elektrycznych w strefach EX na przykładzie osłon ognioszczelnych
    Izolacja wybuchu w urządzeniach elektrycznych w strefach EX na przykładzie osłon ognioszczelnych

    Webinarium omawia temat ognioszczelności od strony wymagań prawnych, samej konstrukcji oraz zastosowań tego rodzaju ochrony w urządzeniach elektrycznych.

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  • POWERLOCK Connectors in Photovoltaic Systems: Optimization and Reliability
    POWERLOCK Connectors in Photovoltaic Systems: Optimization and Reliability

    In today's world, renewable energy is receiving increasing attention, and photovoltaics are a key source of green energy. Photovoltaic systems, consisting of solar panels and various components, form the foundation of solar energy production. In this context, POWERLOCK connectors become indispensable, helping optimize and ensure the reliability of these systems.

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  • Przemysł prefabrykatów betonowych — seria zastosowań: 5 z 5
    Przemysł prefabrykatów betonowych — seria zastosowań: 5 z 5

    Suwnice pomostowe i bramowe są niezbędne, aby przemieszczanie ciężkich materiałów było wydajne, skuteczne i bez szkody dla personelu. Podczas produkcji cementu ciężkie elementy wyposażenia, jak również gotowe prefabrykaty wymagają transportu do obszarów magazynowych i/lub ciężarówek w celu dystrybucji.

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  • Main Sources of Electromagnetic Interference and How to Control Them
    Main Sources of Electromagnetic Interference and How to Control Them

    Electromagnetic interference (EMC) refers to unwanted disturbances in electrical signals caused by external sources. In industry, controlling these interferences is crucial for ensuring the reliability and safety of devices and systems.

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  • Przemysł prefabrykatów betonowych — seria zastosowań: 4 z 5
    Przemysł prefabrykatów betonowych — seria zastosowań: 4 z 5

    Komórka produkcyjna prefabrykowanych bloków betonowych i płytek stwarza wiele zagrożeń dla pracowników i sprzętu. Sprzęt pod napięciem, maszyny obrotowe, piły i przecinarki przemysłowe, punkty zakleszczenia oraz punkty dostępu częściowego i/lub całego ciała stwarzają możliwość urazów kończyn. Zapewnienie przestrzegania właściwej kolejności czynności związanych z bezpieczeństwem zmniejszy ryzyko obrażeń.

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  • Advancements in Photovoltaic Technology: The Future of Solar Energy
    Advancements in Photovoltaic Technology: The Future of Solar Energy

    Solar energy, especially in the form of photovoltaics, is playing an increasingly vital role in the global energy mix. This renewable energy source holds significant potential, and technological innovations in photovoltaic panels make solar energy even more attractive.

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  • Jak unikać przestojów w zakładach przemysłowych?
    Jak unikać przestojów w zakładach przemysłowych?

    Prawidłowo działający park maszynowy jest niezbędny dla prawidłowej i efektywnej pracy zakładów przemysłowych.  Dlatego warto dbać o maszyny produkcyjne oraz używać wysokiej jakości komponentów i materiałów eksploatacyjnych.

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  • New Horizons in Thermal Cycling Capability Realized with the 7th gen. IGBT Module Based on SLC-Technology
    New Horizons in Thermal Cycling Capability Realized with the 7th gen. IGBT Module Based on SLC-Technology

    The 7th gen. NX-type IGBT modules in the 650V, the 1200V and the 1700V categories have been developed in a comprehensive line-up to provide the best solution for different power classes. The new CIB (Converter Inverter Brake) modules which have been recently developed and the 800A / 1200V half bride module will further extend the line-up. The 7th gen. NX-type IGBT modules and the G1-series IPMs are based on the SLC package technology offering a remarkable advancement in the level of the...

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  • 6500 V X-Series High Voltage IGBT Modules
    6500 V X-Series High Voltage IGBT Modules

    On 29th Sep. 2015 MITSUBISHI ELECTRIC CORPORATION launched the first product of the new high voltage IGBT X-Series product family [1] - the IGBT module with a blocking voltage of 6500 V and a rated current of 1000 A. CM1000HG-130XA is the highest rated device in the industry for this voltage class (operating temperature of 150 °C). A key design aspect of the X-Series is the combination of the already well know and proven R-Series package technology with the newly developed 7th generation IGBT...

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