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Battery Basics

Electrifying Garbage Collection Quietly

January 12, 2024 0

The sound of a diesel garbage truck stop-starting as it approaches may become a thing…

Battery Basics

Battery Recycling Regulations in New Jersey

January 12, 2024 0

New Jersey Gov. Phil Murphy signed Electric and Hybrid Vehicle Battery Management Act Bill S3723…

Battery Technical

Cruising on Battery Power Down Yangtze River

January 11, 2024 0

China’s Yangtze river rises in the mountains of Tibet, and then flows 3,915 miles before…

Battery Technical

Future View on Batteries Saving Billions

January 11, 2024 0

LCP Delta is a UK energy consultancy, with a particular interest in advising clients investing in,…

w Energy Storage System for Tâmega River The Tâmega River flows from its source in Spain, through to Portugal where it discharges into the Atlantic Ocean. Along the way it passes through ancient settlements, but also through deep narrows between mountains ideal for dams. A new energy storage system is commissioning in the Portuguese mountains, with capacity equivalent to a mega battery. The New Tâmega Energy Storage System The Portuguese government approved a new energy storage system comprising three new hydroelectric schemes along the Tâmega River in 2014. The first of these, namely the Alto Tâmega concrete double curvature arch dam, has begun generating electricity. Wikipedia confirms the following statistics: The electrical heart of the pioneering Alto Tâmega dam, comprises two 80 megawatt turbine generating units. Their maximum flow rate is 200 cubic meters-a-second, producing 139-gigawatt-hours of electricity a year. Two lateral spillways with total discharge capacity of 1,825 cubic-meters-a-second, prevent the dam over-flowing. More Information About Alto Tâmega Dam The Financial Times published more information ‘on the ground, after contributor Barney Jopson investigated the site. He describes the sound of the 230-ton water pump as a ‘roaring hum’, as it sends water four miles up the mountain to a ‘water battery, where the energy stores. The new energy storage system at Tâmega high up in the Portuguese mountains takes surplus energy from the grid. And then uses this resource to lift the water to a smaller dam higher. And then, when the grid is hungry during peak, it release the energy to the pumps-become generators, so it becomes electricity again. This energy is enough to charge 400,000 electric vehicle batteries, or sustain 2.4 million homes for a full day according to Financial Times.

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New Energy Storage System on Tâmega River

January 10, 2024 0

The Tâmega River flows from its source in Spain, through Portugal to where it discharges…

Battery Basics

Inner Workings of Lead-Acid Batteries

January 9, 2024 0

Lead-acid batteries have been the mainstay of the energy storage industry for over a century…

Battery Technical

Aqueous Zinc-Ion Battery Breakthrough

January 8, 2024 0

An aqueous zinc-ion battery (AZB) uses a zinc anode as its charge carrier, a liquid electrolyte,…

Battery Technical

Resolving Silicon Anode Stress While Charging

January 8, 2024 0

Science Direct posted a thought piece a while ago by researchers in Shanghai, China. The…

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First Giant Battery Project for Maine

January 8, 2024 0

Maine is on the extreme northeastern seaboard of the United States. It generates a larger…

intriguing aspects of lithium-ion batteries

Battery Technical

Silicon Battery Electrodes For Better Phones

January 6, 2024 0

TDK Corporation is a multi-national Japanese company manufacturing electronic components, and with some 105,000 employees.…

Browsing: Featured

Electrifying Garbage Collection Quietly

Battery Recycling Regulations in New Jersey

Cruising on Battery Power Down Yangtze River

Future View on Batteries Saving Billions

New Energy Storage System on Tâmega River

Inner Workings of Lead-Acid Batteries

Aqueous Zinc-Ion Battery Breakthrough

Resolving Silicon Anode Stress While Charging

First Giant Battery Project for Maine

Silicon Battery Electrodes For Better Phones

Ceramic Separators With Long Carbon Fibers