E-MERSIV
Verified IntelE-MERSIV is a fast growing company whose objective is to respond to the current ecological challenges and to push mobility in a low-carbon economy. Through high-performance submerged battery packs, E-MERSIV's mission is to accelerate the democratisation of the electric vehicle. Indeed, thanks to its innovative solution, which significantly increases the user experience and mostly allows an ultra-fast recharging of less than 10 minutes, E-MERSIV removes the barriers to the purchase of an electric vehicle. Furthermore, by offering a system for mobility manufacturers that promotes the energy efficiency that is essential for the large-scale deployment of electric transport modes, E-MERSIV aims to meet the new needs of manufacturers. E-MERSIV knows well that the democratisation of the electric vehicle will only be achieved by proposing an offer that is at least equivalent to that of thermal vehicles. To succeed, E-MERSIV's innovative technology is using dielectric liquids to promote an immersion cooling system. In direct contact with cells and equipped with an advanced Battery Thermal Management System (BTMS), this solution increases safety and harmonises cells temperature to expand their lifetime by 30%. Allowing high-performance and ultra-fast charge without damaging the cells or thermal runaway propagation, it provides a thermal performance 5 to 10 times best than current cooling systems. Compatible with all existing lithium-ion cells, E-MERSIV's technology reachs very high C-rates with a power to energy ratio > 3. Racing, automotive, specialty & heavy vehicles, aeronautics or whatever is your market, E-MERSIV supports your needs with adapted existing products or through tailor-made developments. More information on: www.e-mersiv.com
E-MERSIV is a fast growing company whose objective is to respond to the current ecological challenges and to push mobility in a low-carbon economy. Through high-performance submerged battery packs, E-MERSIV's mission is to accelerate the democratisation of the electric vehicle. Indeed, thanks to its innovative solution, which significantly increases the user experience and mostly allows an ultra-fast recharging of less than 10 minutes, E-MERSIV removes the barriers to the purchase of an electric vehicle. Furthermore, by offering a system for mobility manufacturers that promotes the energy efficiency that is essential for the large-scale deployment of electric transport modes, E-MERSIV aims to meet the new needs of manufacturers. E-MERSIV knows well that the democratisation of the electric vehicle will only be achieved by proposing an offer that is at least equivalent to that of thermal vehicles. To succeed, E-MERSIV's innovative technology is using dielectric liquids to promote an immersion cooling system. In direct contact with cells and equipped with an advanced Battery Thermal Management System (BTMS), this solution increases safety and harmonises cells temperature to expand their lifetime by 30%. Allowing high-performance and ultra-fast charge without damaging the cells or thermal runaway propagation, it provides a thermal performance 5 to 10 times best than current cooling systems. Compatible with all existing lithium-ion cells, E-MERSIV's technology reachs very high C-rates with a power to energy ratio > 3. Racing, automotive, specialty & heavy vehicles, aeronautics or whatever is your market, E-MERSIV supports your needs with adapted existing products or through tailor-made developments. More information on: www.e-mersiv.com
Corporate Firmographics
Entity classification and operating profile
- Industry
- General
- Company Type
- Privately Held
- Founded
- 2019
- Employee Bracket
- 1-10
- Estimated Revenue Range
- Undisclosed
Geographic Coordinates
Headquarters address and regional territory
- Street Address
- 6 av de la grande Lande GRADIGNAN
- City
- Bordeaux
- Region / State
- Gironde
- Postal Code
- 33170
- Country
- France
Digital Presence & Footprint
Verified domains, socials, and directory profiles
Frequently Asked Questions
Verified business inquiries and firmographic telemetry for E-MERSIV.