Higher Wire Inc

WON! Higher Wire has received a Storage Accelerator voucher from the DOE Energy Storage Grand Challenge. This will allow us to work with researchers at Argonne National Laboratory to refine our existing carbon emissions model for Higher Wire ReNewed batteries. #sustainability #energystorage

We recently completed a pilot project that supplied clean, reliable energy storage for solar lighting and emergency backup for the City of Phoenix! In total, the project avoided 13.5 metric tonnes of CO2e from manufacturing, saved 281 kg of critical minerals, and reduced annual grid emissions by 1.9 tonnes. This is validation of our commitment to power the future with safe and sustainable energy storage systems. #sustainability #energystorage #greenenergy

Engineer Chris Tomaskovic is in Seattle this week for the DOE Energy Storage Peer Review and Grand Challenge Summit. He presented our progress on a Phase II SBIR award for power electronics awarded through the Office of Science and Dr. Imre Gyuk. U.S. Department of Energy (DOE) SBIR/STTR Programs #sbir #renewableenergy #sustainability #DOE

We’re excited to announce the launch of Higher Wire’s Renewed Collective program! This groundbreaking initiative transforms battery recycling into a profitable venture, allowing LFP battery owners to maximize value and minimize environmental impact. Send us your end-of-life batteries, and we’ll test, store, and sell them, turning a cost into a revenue stream. #sustainability #energystorage #lithiumbattery

We can’t wait to get started!

Today we're comparing the costs and benefits of lithium-ion and lead-acid batteries. While there's no single energy storage solution to fit every need, both of these chemistries have you covered for nearly anything you can think of. Which do you prefer and why? #energystorage #lithiumion #leadacid #battery

How is Higher Wire addressing inefficiencies in the lithium-ion battery supply chain? Tune in to find out... #sustainability #energystorage #lithiumion

Proper charging is essential to maximize the useful life of lithium ion batteries. In the latest installment of our ongoing education series, we dive into a few best practices to keep your device powered for as long as possible. #lithiumionbattery #energystorage

Empowering Remote Connectivity: How Higher Wire is taking a data-driven approach to continue assessing our renewed batteries even after they've been given a second life. In this blog post, we explore how Higher Wire is revolutionizing remote battery communication, inspiring new ways to boost connectivity and data communication in remote areas, and assessing battery state-of-health in real-time.

Unlocking the potential of lithium-ion batteries in their second life is a game-changer with far-reaching implications! Here’s the breakdown, and check out the link below for more: Enhanced Sustainability: Extending battery life reduces e-waste and lowers environmental impact, aligning with sustainability goals. Intelligent BMS: Advanced Battery Management Systems optimize performance, ensuring safety and efficiency in new applications. Flexible Energy Storage: Repurposed batteries offer cost-effective solutions for storing renewable energy, enhancing flexibility in various settings. Economic Benefits: Second life batteries maximize the return on investment, providing lower-cost alternatives with reduced overall lifecycle expenses. Addressing Energy Challenges: They stabilize the grid and support the transition to renewable energy by storing and releasing energy as needed. Technological Innovation: Repurposing drives ongoing research, fostering innovation in battery chemistries, recycling, and efficient strategies. Regulatory Considerations: Policymakers must adapt to ensure safe and responsible use, establishing guidelines for diverse applications. In embracing these implications, we’re not just repurposing batteries; we’re reshaping the future of sustainable energy! #SecondLifeBatteries #SustainableEnergyFuture #Innovation https://lnkd.in/gwkqT_-F