Nordic Passive: Two-Terminal Active Capacitor

AAU Technology Transfer Office

6 Mar 202302:03

Summary

TLDRHui Wang, Chief Innovation Officer of Lord Passive, introduces a breakthrough in power electronics with their new P1 smart module, an active capacitor technology that promises to reduce costs and size by up to 50% and double the lifespan of capacitors. This patented innovation, based on less than electric materials, enables real-time health circuit monitoring and optimization, offering a scalable and easy-to-integrate solution set to disrupt the traditional capacitor market.

Takeaways

🔌 Hui Wang is the Chief Innovation Officer of Lord Passive, emphasizing the importance of electricity as a primary energy carrier.
🚀 Power Electronics is a crucial technology for converting electrical energy to meet various energy needs.
🔋 Capacitors are essential in the energy conversion process but are based on over 70 years old technology.
📈 Conventional capacitor technologies are reaching maturity limits due to the physical constraints of the materials used.
🌟 Nordic Passive aims to surpass these physical limits with a patented technology called two-terminal active capacitors.
💡 The P1 smart module, their first market entry product, promises significant reductions in cost, size, weight, and an increase in lifetime.
📊 The new technology is based on less than electric materials, enabling real-time data extraction for circuit health monitoring and optimization.
🔄 Easy to replace conventional capacitors, the P1 smart module offers scalability and connectivity.
💰 The company is open to future potential collaborations, indicating a cost-effective solution.
🔍 The technology provides a disruptive innovation in a very conservative capacitor market.
🏭 The P1 smart module encompasses design, manufacturing, and operation scalability and performance.

Q & A

What is Hui Wang's current position?
-Hui Wang is the Chief Innovation Officer of Lord Passive.
What role does electricity play in energy?
-Electricity is a main carrier of energy from generation to consumption, enabling various applications and energy requirements.
What is the key enabler of electricity mentioned in the script?
-Power Electronics is the key enabler of electricity, as it converts electrical energy from one form to another.
What are the limitations of conventional capacitor technologies?
-Conventional capacitor technologies are reaching their maturity limits, mainly due to the physics of the materials, which are over 70 years old.
What is the new technology introduced by Nordic Passive?
-Nordic Passive has developed a new technology called two-terminal active capacitors, which aims to exceed the physical limits of conventional capacitors.
What is the name of the first market entry product of Nordic Passive?
-The first market entry product of Nordic Passive is called the P1 smart module.
How does the P1 smart module improve upon traditional capacitors?
-The P1 smart module can reduce the capacitor cost up to 50%, reduce the size and weight by the same amount, and double the lifetime of capacitors.
What unique feature does the P1 smart module offer?
-The P1 smart module offers data extraction for health circuit monitoring and optimization solutions in real-time for end users.
How does the P1 smart module compare to conventional capacitors in terms of ease of replacement and connectivity?
-The P1 smart module is easy to replace conventional capacitors, has connectivity, and offers scalable performance.
What is the main goal of Lord Passive in terms of market disruption?
-Lord Passive aims to disrupt very conservative capacitor markets with their patented technology that offers significant improvements over traditional capacitors.
What is the potential benefit for companies interested in collaborating with Lord Passive?
-Companies interested in collaborating with Lord Passive can benefit from access to innovative technology that enhances capacitor performance and offers new monitoring and optimization solutions.

Outlines

00:00

🚀 Introducing Hui Wang and Innovations in Power Electronics

Hui Wang, the Chief Innovation Officer of Lord Passive, discusses the critical role of electricity as a primary energy carrier and the significance of Power Electronics in converting electrical energy for various applications. He addresses the limitations of existing capacitor technologies, which are over 70 years old and reaching their physical boundaries due to material constraints. Wang introduces a disruptive and patented technology called two-terminal active capacitors, which aims to surpass these limitations. The first market entry product, the P1 smart module, promises to reduce capacitor costs by up to 50%, minimize size and weight by the same margin, and double the lifespan of capacitors. The technology relies on less than electric materials, facilitating real-time data extraction for health circuit monitoring and optimization solutions. It is designed to be easily integrated, with scalable performance across design, manufacturing, and operation, and is cost-effective, inviting potential collaborators for future engagements.

Mindmap

Keywords

💡Innovation

Innovation refers to the process of introducing new ideas, methods, or products to improve upon existing ones. In the context of the video, Hui Wang, as the Chief Innovation Officer of Lord Passive, emphasizes the need for innovation in the field of power electronics to overcome the limitations of conventional capacitor technologies. The main theme of the video revolves around the innovative approach of Nordic Passive to push the boundaries of existing capacitor technology with their patented active capacitors.

💡Power Electronics

Power Electronics is a branch of electronics that deals with the conversion and control of electrical energy using electronic devices. In the video, it is mentioned as a key enabler in the transmission of energy, highlighting its importance in the transformation of electrical energy from one form to another. The advancements in power electronics are crucial for meeting diverse energy requirements, and the video discusses how the new technology of two-terminal active capacitors aims to revolutionize this field.

💡Capacitors

Capacitors are electronic components that store and release electrical energy. They are essential in the conversion process mentioned in the video. The traditional use of capacitors is based on technologies that are over 70 years old, and the video emphasizes the need for a breakthrough from these conventional methods. The introduction of two-terminal active capacitors is presented as a solution to surpass the limitations of current capacitor technologies.

💡Physical Limits

Physical limits refer to the boundaries or constraints imposed by the laws of physics or the inherent properties of materials. In the video, it is mentioned that conventional capacitor technologies are reaching their maturity limits, primarily due to the physics of the materials used. Nordic Passive aims to exceed these physical limits with their patented technology, disrupting the capacitor market and offering significant improvements in performance.

💡Two-terminal Active Capacitors

Two-terminal active capacitors represent a new technology patented by Nordic Passive. This technology is designed to enhance the performance of capacitors by reducing costs, size, and weight while doubling their lifetime. The video positions this technology as a disruptive innovation within the capacitor market, offering significant advantages over traditional capacitors. The term 'two-terminal' suggests a simpler design or configuration that could contribute to its efficiency and cost-effectiveness.

💡Market Entry Product

A market entry product is the initial product that a company introduces to enter a new market or segment. In the video, the P1 smart module is presented as Nordic Passive's market entry product. It is designed to significantly reduce the cost, size, and weight of capacitors while doubling their lifespan, making it an attractive option for potential collaborators and customers looking for innovative solutions in the capacitor market.

💡Cost Reduction

Cost reduction refers to the process of decreasing the expenses associated with the production or operation of a product. The video emphasizes that the P1 smart module can reduce capacitor costs by up to 50 percent. This is a significant advantage for companies looking to optimize their energy systems and reduce expenses, making the technology more accessible and economically viable for a broader range of applications.

💡Size and Weight Reduction

Size and weight reduction refers to the process of making a product smaller and lighter without compromising its functionality. In the context of the video, the P1 smart module is said to reduce the size and weight of capacitors by up to 50 percent. This is particularly important in applications where space is limited or where mobility is a factor, such as in portable electronic devices or electric vehicles, enhancing the potential for wider adoption of the technology.

💡Lifetime

Lifetime, in the context of a product, refers to the expected duration of its useful life. The video highlights that the P1 smart module can double the lifetime of capacitors. This extended lifespan can lead to less frequent replacements, lower maintenance costs, and a reduced environmental impact due to less waste, making it a more sustainable and cost-effective option.

💡Data Extraction

Data extraction is the process of collecting and retrieving information from various sources. In the video, it is mentioned that the new technology relies on less than electric materials that enable data extraction. This suggests that the P1 smart module can provide valuable data about the performance and health of the electrical system in real-time, which can be used for monitoring and optimization purposes.

💡Health Circuit Monitoring

Health circuit monitoring refers to the process of tracking and assessing the condition of an electrical circuit to ensure it operates efficiently and safely. The video indicates that the P1 smart module offers a solution for real-time health circuit monitoring, which can help end-users to optimize their energy systems and prevent potential issues before they occur. This feature enhances the reliability and performance of the electrical systems that incorporate the new capacitor technology.

💡Collaboration

Collaboration refers to the act of working together with others to achieve a common goal. The video concludes with an invitation for potential future collaboration, indicating that Nordic Passive is open to partnering with other entities to further develop and implement their innovative technology. This suggests a willingness to share knowledge and resources to drive the adoption of their disruptive capacitor technology and contribute to the advancement of the industry.

Highlights

Hui Wang is the Chief Innovation Officer of Lord Passive.

Electricity is a main carrier of energy from generation to consumption.

Power Electronics is a key enabler for electricity conversion.

Capacitors are essential in the conversion of electrical energy.

Current capacitor technologies are over 70 years old.

Nordic Passive aims to exceed the physical limits of conventional capacitors.

The company has developed a patented technology called two-terminal active capacitors.

Their first market entry product is the P1 smart module.

The P1 smart module can reduce capacitor costs up to 50%.

The P1 smart module also reduces the size and weight of capacitors by up to 50%.

The lifetime of capacitors can be doubled with the P1 smart module.

The technology is based on patents that disrupt the capacitor market.

It uses less than electric materials for data extraction.

The technology enables real-time health circuit monitoring and optimization solutions.

The product is easy to replace conventional capacitors.

It offers scalability in performance, design, manufacturing, and operation.

The technology is cost-effective and open to future collaborations.