Octet Scientific develops advanced electrolyte solutions to significantly enhance battery performance metrics like capacity, efficiency, and operating life. The company provides targeted electrolyte upgrades and the necessary manufacturing support to integrate these improvements into existing battery designs. This service enables clients to achieve superior commercializable grid-scale energy offerings for market readiness trials.
Funding
$6.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Zinc batteries often suffer from inefficiencies in electrolyte performance, limiting their capacity and cycle life. These limitations hinder the broader adoption of zinc batteries in various energy storage applications.
Solution
Octet Scientific develops OctoLyte™ additives designed to enhance electrolyte performance in zinc batteries. These additives increase battery capacity by up to 25% and extend cycle life by up to 60%. OctoLyte™ additives work at the molecular level to mitigate side reactions and improve overall battery performance. The additives are designed for easy integration, requiring only a few drops to be mixed into the battery electrolyte without necessitating significant manufacturing changes. Octet Scientific's approach focuses on molecular design and electrochemical expertise to provide simple solutions for current and future battery technology challenges.
Target Audience
The primary customers are battery manufacturers and energy storage solution providers looking to improve the performance of their zinc batteries.
Features
- OctoLyte™ additives increase battery capacity by up to 25%.
- Extends battery cycle life by up to 60%.
- Designed for seamless integration into existing battery manufacturing processes.
- Additives work at the molecular level to optimize electrolyte performance.
- Effective in grid storage, backup power, consumer products, and specialty applications.