Dyson

Electrifying passenger and commercial travel

EV Economy

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 SolidEnergy Systems (SES) is a lithium-metal battery developer and manufacturer of battery cells for EVs. SES hybrid Li-metal batteries replace the graphite anode with lithium-metal to improve energy density (to around 400 Wh/kg). SES also uses a hybrid electrolyte&mdash;the battery has a solid protective coating on the lithium-metal anode and a liquid in the cathode, unlike some solid-state batteries (Solid Power and QuantumScape) that are all-solid and free of any liquid. The company&rsquo;s battery is expected to enable a longer driving range (around 500&ndash;600 miles) and is also capable of reaching an 80% charge in under 15 minutes. In 2021, SES was the first company to introduce 100Ah Li-metal cells, globally.
 
 
 SES&rsquo; large format Li-metal EV and eVTOL cells known as &ldquo;Apollo&rdquo; can be customized for different OEM requests. As such, the company has begun pilot-scale manufacturing of 50Ah to 100Ah Li-Metal cells with GM, Hyundai, and Honda at their Shanghai (China) and Chungju (Korea) battery manufacturing facilities. The company aims to commercialize its batteries by 2025. SES 
 <a href="https://investors.ses.ai/news/news-details/2023/SES-to-Host-Battery-World-2023-and-Announce-Worlds-First-Automotive-B-sample-JDA-for-Li-Metal/default.aspx">
 expects
 </a>
 to establish the world&rsquo;s first B-sample Joint Development Agreement (JDA) with an automotive OEM in December 2023.
 
 
 &nbsp;
 Funding and financials
 
 
 In February 2023, SES received an undisclosed amount of cash grants from the South Korean Central Government. Prior to this in April 2021, the company raised USD 139 million in a Series D funding round led by General Motors, while in July 2021, it raised USD 100 million from Hyundai.&nbsp;
 
 
 SES was listed on NYSE through a SPAC merger in February 2022. The deal raised USD 275 million at a valuation of USD 3.6 billion. The proceeds were to be used to accelerate growth and fund key development initiatives.&nbsp;
 
 
 
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SolidEnergy manufactures rechargeable cells at a pilot scale for prototype demonstration and specialized aerospace markets.  But their real future lies in the materials they supply—anodes and electrolyte—for mainstream markets such as consumer electronics and electric vehicles. They supply these to large Li-ion cell manufacturers to be integrated with a separator and cathode into full cells which can be customized for different applications including drones, consumer electronics, and electric vehicles. Because their anode and electrolyte materials are compatible with existing Li-ion cell manufacturing processes, they can achieve scalability by using existing infrastructure. This eliminates the need for costly infrastructure investment. It’s all part of their open ecosystem. It means a more seamless end-user experience, faster prototyping, and no limits to growth.

Sakti3 is a Michigan-based company that is developing solid-state recharcheable lithium ion battery technology.  The company aims to implement its battery technology in electric vehicles and portable electronics.

Dyson is a global technology company. It transforms every category it enters with radical and iconic reinventions that work, perform and look very different. Dyson currently has four main areas of technology. Floorcare (corded vacuum cleaners and cord-free vacuum cleaners), Environmental Control (fans, heaters, purifiers, humidifiers), personal care (Supersonic™ hair dryer), and Dyson Professional (Jake Dyson lighting and Airblade™ hand dryers).  Dyson machines are sold in more than 75 countries, and it invests £5m ($6.6m) per week in R&D. It employs close to 7,000 people worldwide, 3,000 of whom are engineers  Dyson was founded by James Dyson in 1993 and is based in Malmesbury, Wiltshire, in the UK.

Dyson WashG1 cleans up at the annual Tech Advisor awards

Sterilize with ease: The future of hygiene technology

Hygiene Tech

Technological devices used to keep an individual clean, specifically their body, teeth, and clothing to prevent illness and diseases.

Technological products and devices related to balancing a female's vaginal flora to prevent infections and vaginal diseases.

Technological equipment and devices used to keep an individual's house (such as domestic items, the air, and surfaces) clean to prevent illness and diseases.

Technological equipment and solutions that can be used in an industrial or domestic setting to control biological food hazards (such as microbes and bacteria) and to ensure food safety and quality for human consumption, preventing diseases and illness.

Technological equipment and devices used to ensure clean air, sanitation, and hygiene in public places to prevent illness and diseases.

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