Lithium-ion batteries keep backup power for hours for the city’s needs. But where will they go?
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November 3, 2022 Updated at 12:16 p.m. ET
This fall, when students returned to the Junior High School 144 complex in the Pelham Gardens section of the Bronx, most of them probably didn’t notice that the unusual triangular parking lot across the street was gone.
In its place were two neat rows of white storage containers next to the solar canopy.
The unassuming 7,500-square-foot lot, with its clean lines and silent machinery, is an important component of New York’s transition to renewable energy: it’s a battery-powered energy storage system.
This three-megawatt system, made up of lithium-ion battery packs, can be used for backup power when there is the highest demand for electricity, such as on hot summer days or during extreme weather conditions at any time of the year, especially during hurricane season. (It can provide power to about 3,000 local homes for about four hours during the peak of a summer day.)
Batteries can provide power to the local network when needed. They are then recharged at night, when energy consumption is low. Currently, batteries can only generate a few hours of energy per day, but scientists are working to develop long-term storage technology of 10 hours or more.
As the nation’s electric grid grapples with the effects of aging infrastructure and climate change, new policies and mandates are coming to meet. Earlier this year, Gov. Kathy Hochul doubled the state’s battery storage goal to 6,000 megawatts. (About 1,000 megawatts can power a little more than 200,000 homes in New York State.) Also, the new federal climate law extended and expanded various investment tax credits associated with battery storage projects, which will likely boost investment in the sector by about $160 billion dollars in the next 10 years, according to a recent analysis.
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New York has one of the most ambitious renewable energy goals in the country, aiming for 70 percent of all electricity to be generated from renewable energy by 2030. The challenge is that much of the power from offshore wind, solar and hydro projects cannot be generated when and where is the most necessary. Batteries can help solve this by providing storage for when demand is high. But in New York, where land is scarce and expensive and energy needs constant, a pretty fierce real estate scramble is taking place among utilities and private energy developers who are feeling the pressure to build more and more battery storage units.
There are many variables in finding the right space, said David Arfin, CEO of NineDot Energy, a Brooklyn-based energy development company that owns and operates a storage system in the Bronx. These include access to grid connectivity, zoning issues and fire department regulations. “It’s definitely a conundrum,” he said. “A lot of times you look at the topography and the size of the lot, and then you literally look up to see what power lines are running nearby,” added Adam Cohen, the company’s chief technology officer.
The inconspicuous battery warehouse run by Consolidated Edison in Ozone Park, Queens, is hidden in plain sight, sandwiched between a school, a church, homes and the A tracks.
Con Edison built it on its own land to avoid building a billion-dollar substation that runs on natural gas, said Stephen Wemple, CEO of Con Edison, which currently operates three other battery storage sites. The utility is currently building a storage project in Fox Hills, Staten Island, and plans to build a large project in Astoria, Queens, while awaiting approval to build four more, some with the help of private energy developers.
“We know that everything in the transport and construction sectors – from electric vehicles, bus fleets to heat pumps – is being electrified,” Mr Wemple said. “So we know we have to produce and store a lot more energy.”
“Everybody trying to do business in the city has the same question: How quickly can we get additional projects off the ground?” said Joel Obillo, a vice president at Enel North America, a Boston-based energy developer, which tucked a battery storage unit into the loading dock of a mall in East New York, Brooklyn.
Along with the challenge of finding affordable, suitable space, there are supply chain issues related to the pandemic, which have slowed battery shipments, made them more expensive and increased the cost of building storage units by as much as 20 percent, said William Acker, CEO of the New York Battery and Energy trade group. Storage Technology Consortium. Other energy entrepreneurs cited a 30 percent increase in construction costs.
For some city dwellers, battery-generated power can’t come fast enough. Ravenswood, a 316-megawatt project in western Queens, is located near several public housing complexes. The plant will eventually replace fossil fuel combustion turbines that emitted about 3,000 metric tons of carbon dioxide and 0.6 metric tons of methane in 2020, according to the Environmental Protection Agency. The harmful health effects of carbon dioxide emissions have been a source of anxiety for more than a million residents of Dutch Kills and nearby neighborhoods, an area dubbed “Asthma Alley” by local officials and environmental groups.
“There is an urgent need to shut down all carbon-emitting turbines, but it has been a challenge,” said Clint Plummer, CEO of Rise Light & Power, the energy developer that now owns the Ravenswood project.
Meanwhile, companies like NineDot continue to scour the city for available land. The company, which recently secured a $100 million investment, plans to build and operate a dozen more warehouse projects next year in all five boroughs, as well as in Westchester and Long Island.
“People are looking at New York to see how a dense, urban area can be decarbonized,” Mr. Arfin said. “We think we can show them how.”
Contents
What will replace lithium in the future?
Researchers have identified an alternative to lithium-based battery technology by developing sodium glass electrodes that can support long-term grid energy storage.
What is the future of lithium? The IEA says the world could face a lithium shortage by 2025. And Credit Suisse says demand for lithium could triple between 2020 and 2025, meaning there would be an increased supply. Campaign group Transport and Environment says there is enough lithium alone to produce up to 14 million electric vehicles in 2023, Reuters reports.
What is the new battery to replace lithium?
Sodium-ion batteries hold a lot of promise. They are energy dense, non-flammable and work well at lower temperatures, and sodium is cheap and abundant. In addition, sodium-based batteries will be more environmentally friendly and even cheaper than lithium-ion batteries that are now becoming.
What will replace lithium in EV batteries?
Magnesium. Magnesium can theoretically carry a significant charge of 2, more than lithium or sodium. Because of this, batteries made from this material would have higher energy density, greater stability and lower cost than the lithium-ion analogues used today, according to the researchers.
What is the Holy Grail battery?
The new type of battery I’m working on, the lithium metal battery, is the holy grail of battery technology because it could provide the highest energy density possible, potentially twice that of lithium-ion batteries. This means we could travel twice as many kilometers as an EV on a single charge.
What is the most promising new battery technology?
5 new battery technologies that will change the future
- NanoBolt lithium tungsten batteries. Working on anode materials for batteries, researchers at N1 Technologies, Inc. …
- Zinc-manganese oxide batteries. …
- Organosilicon electrolytic batteries. …
- Gold nanowire gel electrolytic batteries. …
- TankTwo String Cell⢠batteries.
What will replace lithium?
Calcium ions could be used as a greener, more efficient and cheaper energy storage alternative to lithium-ion batteries because of their abundance and low cost, according to the study.
What will replace lithium in the future?
Magnesium. Magnesium is currently being investigated as a potentially powerful component in future batteries. It is an element that can carry a significant charge of 2, which is more than lithium and sodium.
Will we need lithium in the future?
We are projected to consume about half a million metric tons of lithium this year, but by 2035 demand for lithium is expected to grow to at least 3.7 million tons.
Will there be a shortage of lithium in the future?
The supply crisis will not occur immediately. Although the price of lithium has risen more than tenfold in the past two years, there is enough capacity to meet expected demand until about 2025 – and potentially until 2030 if enough recycling operations are launched. After that, chronic shortages are expected.
Does lithium have a future?
Lithium supply faces challenges not only because of high demand, but also because resources are concentrated in a few places, and more than half of today’s production is in areas with severe water scarcity. Future developments in batteries or manufacturing methods could ultimately alleviate some of lithium’s shortcomings.
What is the future demand for lithium?
According to new predictions, the lithium market is expected to double by 2030 as increasing demand for electric vehicles accelerates.
What is the lifespan of a lithium battery?
The typical estimated life of a lithium-ion battery is about two to three years or 300 to 500 charge cycles, whichever comes first. One charge cycle is the period of use from fully charged, to fully discharged and fully charged again.
Can a lithium battery last 20 years? Lithium-ion batteries last 15 to 20 years, 3 times longer than the 5 to 7 years for lead-acid batteries.
Do Lithium batteries have a long shelf life?
Non-rechargeable lithium batteries are the longest lasting primary batteries. They can have a shelf life of 10-12 years if stored at room temperature. Lifetime can be determined by the manufacturing process and chemical composition of the battery.
How long can a lithium battery be stored?
Alkaline and primary lithium batteries can be stored for 10 years with moderate capacity loss. When storing, remove the battery from the equipment and place it in a dry and cool place. Avoid freezing. Batteries freeze more easily if they are kept in a discharged state.
Do lithium batteries last 10 years?
The bottom line So how long do lithium-ion batteries last? In short, the bare minimum most manufacturers expect from their batteries is around 3 years or 1000 charge cycles (whichever is less).
Do lithium-ion batteries degrade if not used?
And batteries degrade even if you don’t use them. According to battery testing company Cadex Electronics, a fully charged lithium-ion battery will lose about 20 percent of its capacity after a year of normal storage.
What determines the life of a lithium battery?
Battery life is the number of charge and discharge cycles the battery can perform before it loses performance. The depth of discharge significantly affects the working life of lithium-ion batteries. The depth of discharge is the amount of used battery capacity.
What determines the life span of a battery?
The batteries gradually deteriorate until they can no longer provide enough power to start the engine. This wear time could last three to five years, and the vehicle’s usage pattern is one factor that contributes to the rate at which the battery ages.
Do lithium batteries last 10 years?
The bottom line So how long do lithium-ion batteries last? In short, the bare minimum most manufacturers expect from their batteries is around 3 years or 1000 charge cycles (whichever is less).
What is the lifetime of a lithium-ion battery?
The minimum lifespan that most manufacturers expect from lithium-ion batteries is around 5 years or at least 2000 charging cycles. However, if well maintained and used in the right conditions, lithium-ion batteries can last as long as 3,000 cycles.
Do lithium batteries deteriorate with age?
Lithium-ion batteries, in essence, continuously deteriorate from the moment of first use. This is a result of the basic chemistry of the battery, which leads to the inevitable chemical reactions that take place inside the battery during operation.
Will sodium-ion batteries replace lithium-ion batteries?
Sodium as an option for lithium-ion Sodium-ion batteries are an option that is being intensively studied. Replacing lithium with sodium has one big advantage – sodium is much more common and cheaper than lithium.
Which battery will replace the lithium-ion battery? Sodium-ion batteries hold a lot of promise. They are energy dense, non-flammable and work well at lower temperatures, and sodium is cheap and abundant. In addition, sodium-based batteries will be more environmentally friendly and even cheaper than lithium-ion batteries that are now becoming.
Are sodium batteries better than lithium batteries?
Sodium-ion batteries are also safer because they are non-flammable and less sensitive to temperature changes than lithium-ion batteries. The biggest disadvantage is that sodium-ion batteries have a lower energy density than lithium-ion batteries.
Do sodium-ion batteries last longer?
For now, sodium-ion technology still lags behind lithium in energy density. But it has its advantages, such as resistance to temperature changes, stability and a long life cycle, which are valuable for certain light electric vehicle applications and even for grid energy storage in the future.
What are the disadvantages of sodium-ion batteries?
The biggest disadvantage is the low energy density compared to lithium-ion batteries. Enabling such a large charge as a lithium-ion battery is currently not feasible for a sodium-ion battery due to its low energy density.
Why don’t we use sodium batteries?
Random Electrolyte But sodium-ion batteries work on more or less the same principles as lithium-ion batteries and may even use some of the same materials, such as carbon-based electrodes. Sodium is heavier, so sodium-ion batteries can’t really reach the same energy-per-weight levels as lithium batteries.
Why dont we use sodium-ion batteries?
Random Electrolyte But sodium-ion batteries work on more or less the same principles as lithium-ion batteries and may even use some of the same materials, such as carbon-based electrodes. Sodium is heavier, so sodium-ion batteries can’t really reach the same energy-per-weight levels as lithium batteries.
Is sodium ion battery possible?
Sodium-ion batteries are emerging as a potential alternative to existing lithium-based battery technologies as the world faces dwindling resources for the latter. Also, the low cost of sodium compared to lithium is a promising factor for considering sodium as an alternative battery technology of the future.
What are the problems with sodium batteries?
Rechargeable batteries with sodium metal anodes are promising energy storage systems. But such devices typically use highly flammable liquid electrolytes, which can cause batteries to catch fire or explode, and sodium metal-based batteries that contain solid electrolytes tend to perform worse.
What are the disadvantages of sodium-ion batteries?
The biggest disadvantage is the low energy density compared to lithium-ion batteries. Enabling such a large charge as a lithium-ion battery is currently not feasible for a sodium-ion battery due to its low energy density.
How do you stop a lithium battery fire?
Traditional fire extinguishers, such as foam and water, do not work on lithium battery fires. The only way to put out a lithium battery fire is to pour water over the battery. A lithium fire blanket will safely insulate a lithium fire battery for hours, until it can flood and shut down.
What happens when lithium batteries catch fire? Thermal runaway in lithium batteries During thermal runaway of the battery, a reaction can occur that evaporates the organic electrolyte and creates pressure in the cell case. If, or when, the case fails, flammable and toxic gases inside the cell are released.
Why are lithium battery fires so hard to put out?
As firefighters have discovered in recent years, lithium-ion battery fires are prone to reoccurrence. This is because the lithium salts in the battery are self-oxidizing, meaning they cannot “starve” like a traditional fire.
What is the best way to put out a lithium battery fire?
Lithium-ion batteries are considered a Class B fire, so a standard ABC or dry chemical extinguisher should be used.
Why can’t you put out a lithium battery fire?
Thanks to their chemical composition, lithium-ion (Li-Ion) batteries release oxygen when heated and, if ignited, it is impossible to extinguish the flames with water or foam.
Why are battery fires hard to put out?
All batteries, including lithium-ion batteries, use positive and negative electrodes and an electrolyte solution, according to the Occupational Safety and Health Administration. What makes the lithium-ion battery more difficult to extinguish is the use of a highly flammable organic electrolyte, Reuters reported.
How do you extinguish a lithium battery fire?
Small lithium batteries contain very little lithium, so they can be doused with water. For large lithium-ion battery fires, use a foam extinguisher containing CO2, powdered graphite, ABC dry chemical, or sodium carbonate. In a battery pack fire, each cell can burn out in a different period of time.
What type of fire extinguisher do you need for lithium batteries?
A lithium metal battery fire can be extinguished with a Class D fire extinguisher. Larger battery fires are best handled with a foam, CO2, ABC dry chemical, graphite powder, copper powder or sodium carbonate extinguisher.
Will water put out a lithium battery fire?
US authorities have done a considerable amount of research on how to shut down lithium-ion batteries. In 2013, the Fire Protection Research Foundation â under the auspices of the US Department of Energy â discovered that water can be used to extinguish a burning lithium-ion battery.
Why can’t you put out a lithium battery fire?
Thanks to their chemical composition, lithium-ion (Li-Ion) batteries release oxygen when heated and, if ignited, it is impossible to extinguish the flames with water or foam.
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