e-Mobility. Battery Pack Manufacturing and Beyond: How 3 Welding Technologies Stack Up

In battery pack manufacturing, the cells are often already assembled and the engineer is challenged with coming up with a design to join them in series and parallel to deliver optimum energy. A typical Li-ion cell is constructed of nickel plated cold rolled steel.

How Forgings Are Paving the Way for the Future of EVs

EVs could have disruptive implications for the future of transportation manufacturing. However, the potential for market disruption also presents a significant opportunity for U.S. manufacturing and the forgings market in particular.

REV Fire Group to Introduce First Fully Electric North American-Style Fire Apparatus

Developed with technology partner Emergency One Group LTD - maker of the world's first EV fire truck - this new electric fire truck packs 316 kW of proven automotive-grade batteries to deliver the longest electric pumping duration in the industry.

Battery Materials to Become Greener with Advent of Sustainable Energy Revolution

In today's era, energy storage plays a crucial role in our life and battery material is at the core when it comes to fulfilling energy storage demand.

CATL Unveils Its Latest Breakthrough Technology by Releasing Its First Generation of Sodium-ion Batteries

As another milestone of CATL in the exploration of basic science and technology, sodium-ion batteries will provide a new solution for the use of clean energy and transportation electrification, thus promoting the early realization of the goal of carbon neutrality.

Using Carbon Additives to Improve Performance of AGM Batteries

Batteries that operate in partial state of charge (PSOC) environments can suffer from reduced charge acceptance that can lead to progressive capacity loss.

Beyond Declining Battery Prices: 6 Ways to Evaluate Energy Storage in 2021

2021 is expected to be another record-breaking year for storage, but with technological innovation accelerating across the market, renewable energy asset owners need to carefully select safe and reliable systems to protect their storage investments.

Readers Choice 2020: Lithium Iron Phosphate Batteries Are Uniquely Suited To Solar Energy Storage: Here's Why

New technology is inevitable, and like any industry, solar energy systems must be ready to adapt. One promising battery emerging is the lithium iron phosphate battery (LiFePO_4 battery).

Why This Overlooked Li-Ion Battery Component is So Crucial

Nickel's major advantage in battery applications is that it delivers a higher energy density and greater storage capacity at a lower cost than other metals. In li-ion battery production, there are two types of cathode chemistries dependent on this material.

Octillion partners with Orison to create an energy storage system that can be installed at home

New energy storage system estimated to be less than a quarter of the cost of most battery storage units and weighs nearly 70 percent less.

Preventing Thermal Runaway Before It Begins

In Li-ion Battery Energy Storage Systems, off-gas detection up to 30 minutes before dangerous thermal runaway events enables action to deter potentially catastrophic cascading failure.

Improving Deep-Cycle Batteries Through Additives

Battery manufacturers have improved deep cycle battery performance through the use of additives, but not all of them result in the same benefit to customers.

Managing Deep-Cycle Batteries For Energy Storage During Stay-At-Home Orders

The increase in renewable energy homes and small businesses began as a way to lower power usage costs, but with more people sequestered in one place using electrical accessories, battery storage systems can suffer if they are not purposely built for energy storage use.

IDTechEx Research: Redox Flow Batteries' Advantages for Stationary Energy Storage Market

One of the main characteristics of this technology is the decoupled energy and power capacity. In fact, while the energy is stored in the electroactive species present in the electrolyte.

Understanding the Differences Between AGM And Flooded Deep-Cycle Batteries

The main design difference between FLA and AGM batteries is how the electrolyte is managed. In FLA batteries, the battery plates are submerged in the liquid electrolyte. During use, water in the electrolyte is broken down into oxygen and hydrogen gases and water is lost.

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