New submitter evaverdeazul shared this report from Japan Today: The Japanese government is poised to release treated radioactive water accumulated at the crippled Fukushima nuclear plant into the sea despite opposition from fishermen, sources familiar with the matter said Friday. It will hold a meeting of related ministers as early as Tuesday to formally decide on the plan, a major development following over seven years of discussions on how to discharge the water used to cool down melted fuel at the Fukushima Daiichi plant.

The treated water containing radioactive tritium, a byproduct of nuclear reactors, is said to pose little risk to human health because even if one drinks the water, so long as the tritium concentration is low, the amounts of tritium would not accumulate in the body and would soon be excreted. There is also no risk of external exposure even if the water comes in contact with skin. Still, concerns remain among Japan's fisheries industry and consumers as well as neighboring countries such as South Korea and China.

The government has said it cannot continue postponing a decision on the disposal issue, given that the storage capacity of water tanks at the Fukushima complex is expected to run out as early as fall next year. It asserts that space needs to be secured on the premises, such as for keeping melted fuel debris that will be extracted from the damaged reactors, to move forward with the decades-long process of scrapping the complex.

Plant operator Tokyo Electric Power Company Holdings Inc (TEPCO) says it will take around two years for the discharge to start.

Joe_Dragon shares a report from The Register: A power outage kicked off a fire in web hosting biz WebNX's Ogden data center in Utah on Sunday, knocking the facility offline temporarily and leaving several servers in need of a rebuild. Kevin Brown, Fire Marshal for the US city's Fire Department told The Register in a phone interview that firefighters responded to a call on Sunday evening. The fire, he said, "originated in a generator in the building and spread to several servers." Brown said the facility's fire suppression system contained the blaze and that fire department personnel assisted with the cleanup. He said power was cut to the building until an electrical engineer could inspect the facility to make sure current could be restored safely, which he added is standard procedure. He also confirmed that some of Ogden City's IT services were down on Sunday and Monday as a result of the data center fire. "Sunday afternoon the city power was disrupted and, as designed, our backup generators automatically switched on," the company said in a Facebook post. "However, during that transition, one of our backup generators that had been recently tested and benchmarked specifically for this situation experienced a catastrophic failure, caught fire, and as a result initiated the fire suppression protocol."

"Some servers will have an extended outage as they may require rebuilds due to some water damage. Those builds have a high probability that data is intact." They added: "Customer's servers in one of our main bays were exposed to water and possible damage may have occurred. No fire damage was inflicted on customer servers."

MojoKid writes: The new 13-inch ThinkPad X1 Nano is the thinnest and lightest Lenovo ThinkPad ever in the brand's history. The machine weighs just 1.99 pounds (907 grams), while still sporting a fairly powerful Intel Core i7-1160G7 Tiger Lake quad-core CPU, up to a 1TB NVMe SSD, 16GB of 4267MHz LPDDR4X RAM and a 48 Whr battery. In the benchmarks, the machine holds its own for productivity and content creation tasks as well as a bit of light-duty gaming, versus heavier machines in its peer group. In terms of battery life, the new ThinkPad X1 Nano hangs pretty tough as well, offering about 7.5 hours of constant use up-time with HD video playback. With its 2K (2160X1350 -- 16:10) IPS Dolby Vision-certified display and top tier configuration, it doesn't come cheap, as you might imagine. The ThinkPad X1 Nano has a current starting price of $1,289 and tops out at $2,231 for its most powerful configuration with 1TB of fast SSD storage. Regardless, it's impressive what the machine can deliver in terms of features and performance in its weight class.

RockDoctor (Slashdot reader #15,477) wants to build a personal network-attached storage solution, maybe using a multiple-disk array (e.g., a RAID). But unfortunately, "My hardware pool is very shallow." I eBay'd a desktop chassis, whose motherboard claims (I discovered, on arrival) RAID capabilities. There, I have a significant choice — to use the on-board RAID, or do it entirely in software (e.g. OpenMediaVault)?

I'm domestic — a handful of terabytes — but I expect the answer to change as one goes through the petabytes into the exabytes. What do the dotters of the slash think?
Share your own thoughts in the comments. Is a hardware RAID better than a software RAID?

Apple said Wednesday that it will build a battery-based renewable energy storage facility in Central California near a solar energy installation that already provides energy for all of its facilities in the state. From a report: Apple said the project will store 240 megawatt-hours of energy, or enough to power more than 7,000 homes for one day. It is located next to the California Flats solar installation in southeastern Monterey County, about 100 miles southeast of Apple's Cupertino, California headquarters. The site sends 130-megawatts of electricity directly to Apple's California facilities during daylight hours but does not provide power during dark hours. Lisa Jackson, Apple's vice president of environment, policy and social initiatives, told Reuters in an interview the company intends to develop what it believes will be one of the largest battery-based storage systems in the United States.

"The challenge with clean energy -- solar and wind -- is that it's by definition intermittent," Jackson told Reuters. "If we can do it, and we can show that it works for us, it takes away the concerns about intermittency and it helps the grid in terms of stabilization. It's something that can be imitated or built upon by other companies."

An anonymous reader shares a report from Motherboard, written by Ben Munster: When you buy an NFT for potentially as much as an actual house, in most cases you're not purchasing an artwork or even an image file. Instead, you are buying a little bit of code that references a piece of media located somewhere else on the internet. This is where the problems begin. Ed Clements is a community manager for OpenSea who fields these kinds of problems daily. In an interview, he explained that digital artworks themselves are not immutably registered "on the blockchain" when a purchase is made. When you buy an artwork, rather, you're "minting" a new cryptographic signature that, when decoded, points to an image hosted elsewhere. This could be a regular website, or it might be the InterPlanetary File System, a large peer-to-peer file storage system.

Clements distinguished between the NFT artwork (the image) and the NFT, which is the little cryptographic signature that actually gets logged. "I use the analogy of OpenSea and similar platforms acting like windows into a gallery where your NFT is hanging," he said. "The platform can close the window whenever they want, but the NFT still exists and it is up to each platform to decide whether or not they want to close their window." [...] "Closing the window" on an NFT isn't difficult. NFTs are rendered visually only on the front-end of a given marketplace, where you see all the images on offer. All the front-end code does is sift through the alphanumeric soup on the blockchain to produce a URL that links to where the image is hosted, or less commonly metadata which describes the image. According to Clement: "the code that finds the information on the blockchain and displays the images and information is simply told, 'don't display this one.'"

An important point to reiterate is that while NFT artworks can be taken down, the NFTs themselves live inside Ethereum. This means that the NFT marketplaces can only interact with and interpret that data, but cannot edit or remove it. As long as the linked image hasn't been removed from its source, an NFT bought on OpenSea could still be viewed on Rarible, SuperRare, or whatever -- they are all just interfaces to the ledger. The kind of suppression detailed by Clements is likely the explanation for many cases of "missing" NFTs, such as one case documented on Reddit when user "elm099" complained that an NFT called "Big Boy Pants" had disappeared from his wallet. In this case, the user could see the NFT transaction logged on the blockchain, but couldn't find the image itself. In the case that an NFT artwork was actually removed at the source, rather than suppressed by a marketplace, then it would not display no matter which website you used. If you saved the image to your phone before it was removed, you could gaze at it while absorbing the aura of a cryptographic signature displayed on a second screen, but that could lessen the already-tenuous connection between NFT and artwork. If you're unable to find a record of the token itself on the Ethereum blockchain, it "has to do with even more arcane Ethereum minutiae," writes Ben Munster via Motherboard. He explains: "NFTs are generally represented by a form of token called the ERC-721. It's just as simple to locate this token's whereabouts as ether (Ethereum's in-house currency) and other tokens such as ERC-20s. The NFT marketplace SuperRare, for instance, sends tokens directly to buyers' wallets, where their movements can be tracked rather easily. The token can then generally be found under the ERC-721 tab. OpenSea, however, has been experimenting with a new new token variant: the ERC-1155, a 'multitoken' that designates collections of NFTs.

This token standard, novel as it is, isn't yet compatible with Etherscan. That means ERC-1155s saved on Ethereum don't show up, even if we know they are on the blockchain because the payments record is there, and the 'smart contracts' which process the sale are designed to fail instantly if the exchange can't be made. [...]"

In closing, Munster writes: "This is all illustrative of a common problem with Ethereum and cryptocurrencies generally, which despite being immutable and unhackable and abstractly perfect can only be taken advantage of via unreliable third-party applications."

Solar is becoming the cheapest option for new electricity in the world, but there's still room to improve. According to a new cost-reduction target announced today, the U.S. Department of Energy aims to cut utility-scale solar power plant costs by 60% by 2030. CleanTechnica reports: So, how does the DOE intend to help cut solar power costs so much by 2030? First of all, the U.S. DOE's Solar Energy Technologies Office (SETO) sees two materials used in solar cells as critical to this brighter solar future perovskites and cadmium telluride (CdTe). The department is [spending] $63 million to try to help with these solar cell innovation goals. In the DOE's own words:

- $40 million for perovskite R&D: Perovskites are a family of emerging solar materials that have potential to make highly efficient thin-film solar cells with very low production costs. DOE is awarding $40 million to 22 projects that will advance perovskite PV device and manufacturing research and developmentâ"as well as performance through the formation of a new $14 million testing center to provide neutral, independent validation of the performance of new perovskite devices.
- $3 million Perovskite Startup Prize: This new prize competition will speed entrepreneurs' path to commercializing perovskite technologies by providing seed capital for their newly formed companies.
- $20 million for CdTe thin films: The National Renewable Energy Laboratory will set up a consortium to advance cheaper CdTe thin-film solar technologies, which were developed in the United States and make up 20% of the modules installed in this country. This consortium will advance low-cost manufacturing techniques and domestic research capabilities, increasing opportunities for U.S. workers and entrepreneurs to capture a larger portion of the $60 billion global solar manufacturing sector.

"Today's announcement also supports several concentrating solar-thermal power (CSP) projects," the department notes. Here are details from the DOE:

- $33 million for CSP advances: The new funding opportunity also includes funding for improvements to the reliability and performance of CSP plants, which can dispatch solar energy whenever it is needed; identifies new solar applications for industrial processes, which contribute 20% of U.S. carbon dioxide emissions; and advances long-duration thermal-energy storage devices. Long-duration energy storage is critical to decarbonizing the electricity sector and couples well with CSP plants, but the cost must fall by a factor of two to unlock deployment.
- $25 million to demonstrate a next-generation CSP power plant: Sandia National Laboratories will receive funding to build a facility where researchers, developers, and manufacturers can test next-generation CSP components and systems and advance toward DOE's 2030 cost target of 5 cents/kWh for CSP plants.

An anonymous reader quotes a report from 9to5Google: Smartphones have already obviated single-purpose gadgets like point-and-shoot cameras and MP3 players. Google today announced the Android Ready SE Alliance to make sure new phones have the underlying hardware to eventually replace car/home keys and wallets. "Emerging user features" -- digital keys, mobile driver's license (mDL), national ID, ePassports, and eMoney solutions (wallets) -- require two things. The first is tamper-resistant hardware, like the Pixel's Titan M chip, which makes possible tamper-resistant key storage for Android apps (to store data) called StrongBox. "All these features need to run on tamper-resistant hardware to protect the integrity of the application executables and a user's data, keys, wallet, and more," writes Google in a blog post. "Most modern phones now include discrete tamper-resistant hardware called a Secure Element (SE)."

Google has determined that "SE offers the best path for introducing these new consumer use cases in Android." To "accelerate adoption," the company and partners (Giesecke+Devrient, Kigen, NXP, STMicroelectronics, and Thales) today announced the Android Ready SE Alliance. Besides phones, StrongBox is also available for Wear OS, Android Auto Embedded, and Android TV. Google says it's currently focusing on digital car keys, mobile driver's license, and other identity credentials, with unnamed "Android OEMs adopting Android Ready SE for their devices."

Amazon has chosen Adam Selipsky to run its Amazon Web Services division. Currently, Selipsky is CEO of Salesforce-owned data-visualization software maker Tableau. Andy Jassy made the decision as the current head of AWS, after he was chosen to replace Jeff Bezos as CEO of Amazon. CNBC reports: Amazon rules the market for public cloud infrastructure that companies use to run internal and external applications, a modern alternative to relying on in-house servers, storage and networking equipment. In 2019 industry research company Gartner estimated that Amazon had 45% of the market, more than any other company, including Microsoft and Google. As such, Selipsky becomes the most visible person in the growing industry, perhaps second only to Jassy, who enters a bigger job when he becomes Amazon CEO in the third quarter.

Selipsky is one of the people several insiders had identified as a possible successor to Jassy. Selipsky had held a prominent position inside AWS, as vice president for sales, marketing and support, before leaving to run then-public Tableau in 2016. Salesforce bought Tableau for $15.7 billion in 2019.

The OnePlus 9 and OnePlus 9 Pro are OnePlus' newest smartphones powered by Qualcomm's latest Snapdragon 888 chipset. The flagship device is the OnePlus 9 Pro, featuring a 120Hz LPTO curved display, 8GB of RAM, 128GB storage, Hasselblad-branded cameras, and a starting price of $969. If that price is too much to stomach, the OnePlus 9 features slightly lower-end specs and a more affordable $729 starting price. The Verge has already called the OnePlus 9 Pro "the best Android alternative to Samsung." From the report: OnePlus spent much of its announcement talking about the cameras on the new phones, which have been developed in partnership with Hasselblad. OnePlus says the colors have been tuned to look more natural and that the ultrawide sensor on the 9 Pro and 9 is one of the biggest to ever ship on a smartphone. The ultrawide uses a 50-megapixel Sony IMX766 sensor that's 1/1.56" in size with an aperture of f/2.2. Meanwhile, the 9 Pro's main Sony IMX789 sensor has a resolution of 48 megapixels and is 1/1.43" in size. (The regular 9 has a Sony IMX689 sensor, but it has the same resolution of 48 megapixels.) Both have a 2-megapixel monochrome sensor and 16-megapixel selfie camera, but only the 9 Pro has an 8-megapixel telephoto.

As previously announced, the 9 Pro has a 1440p 120Hz curved display that makes use of LPTO technology to adjust its refresh rate between 1 and 120Hz based on the content being displayed on-screen, reducing power consumption by "up to 50 percent." OnePlus also claims it should feel more responsive to use in games that support its Hyper Touch technology. The screen has a maximum brightness of 1300 nits and supports HDR10+. Meanwhile, the OnePlus 9 has a flat rather than curved display. It's not LTPO, it's slightly less bright at 1,100 nits, and it's also lower resolution at 1080p. It's still got a refresh rate of 120Hz, however. Additionally, both phones support Warp Charge 65T, which OnePlus claims should be able to charge the phones' 4,500mAh batteries to 100 percent in under half an hour. The 9 Pro and 9 can also charge wirelessly at up to 50W and 15W, respectively. Both phones will go on sale on April 2nd, with preorders starting March 26th.

U.S. cloud services provide Box is exploring a sale amid pressure from hedge fund Starboard Value over its stock performance, Reuters citing people familiar with the matter. From the report: Redwood City, California-based Box has discussed a potential deal with interested buyers, including other companies and private equity firms, the sources said, cautioning that no sale of the company is certain. Reuters reported last month that Starboard was preparing to launch a board challenge against Box unless it took steps to boost value for shareholders. It has privately expressed disappointment that the company has failed to capitalize on the work-from-home trend during the COVID-19 pandemic, as many of its cloud computing peers have done.

An anonymous reader quotes a report from Newshub: Victoria University of Wellington has accidentally deleted all files stored on its desktop computers affecting a "significant" number of staff members -- as well as some students. A spokesperson for the University confirmed to Newshub on Thursday that an unexpected issue wiped all files saved on the desktops. "The University's Digital Solutions team continues to work with all affected staff and students to recover access to files and in many cases the issues have been resolved," they said. "There are however, some affected staff and students who have not been able to recover access to files."

The aim of the data wipe was to clear inactive users' data by getting rid of profiles of students who no longer studied, reports student magazine Critic. Critic spoke to one Masters student who had heard of PHD students losing an entire year's worth of data. The university spokesperson said they apologized for the inconvenience caused and is investigating the issue to ensure it doesn't happen again.

"Three recently unearthed vulnerabilities in the Linux kernel, located in the iSCSI module used for accessing shared data storage facilities, could allow root privileges to anyone with a user account," reports SC Media: "If you already had execution on a box, either because you have a user account on the machine, or you've compromised some service that doesn't have repaired permissions, you can do whatever you want basically," said Adam Nichols, principal of the Software Security practice at GRIMM. While the vulnerabilities "are in code that is not remotely accessible, so this isn't like a remote exploit," said Nichols, they are still troublesome. They take "any existing threat that might be there. It just makes it that much worse," he explained. "And if you have users on the system that you don't really trust with root access it, it breaks them as well."

Referring to the theory that 'many eyes make all bugs shallow,' Linux code "is not getting many eyes or the eyes are looking at it and saying that seems fine," said Nichols. "But, [the bugs] have been in there since the code was first written, and they haven't really changed over the last 15 years...." That the flaws slipped detection for so long has a lot to do with the sprawl of the the Linux kernel. It "has gotten so big" and "there's so much code there," said Nichols. "The real strategy is make sure you're loading as little code as possible."

The bugs are in all Linux distributions, Nichols said, although the kernel driver is not loaded by default. Whether a normal user can load the vulnerable kernel module varies. They can, for instance, on all Red Hat based distros that GRIMM tested, he said. "Even though it's not loaded by default, you can get it loaded and then of course you can exploit it without any trouble...."

The bugs have been patched in the following kernel releases: 5.11.4, 5.10.21, 5.4.103, 4.19.179, 4.14.224, 4.9.260, and 4.4.260. All older kernels are end-of- life and will not receive patches.

An official version of the popular 7-zip archiving program has been released for Linux for the first time. Bleeping Computer reports: Linux already had support for the 7-zip archive file format through a POSIX port called p7zip but it was maintained by a different developer. As the p7zip developer has not maintained their project for 4-5 years, 7-Zip developer Igor Pavlov decided to create a new official Linux version based on the latest 7-Zip source code. Pavlov has released 7-Zip for Linux in AMD64, ARM64, x86, and armhf versions, which users can download [via their respective links].

"These new 7-Zip binaries for Linux were linked (compiled) by GCC without -static switch. And compiled 32-bit executables (x86 and armhf) didn't work on some arm64 and amd64 systems, probably because of missing of some required .so files." "Please write here, if you have some advices how to compile and link binaries that will work in most Linux systems," Pavlov stated on his release page.

An anonymous reader quotes a report from Car and Driver: Canoo, an electric automotive startup based in California, has expanded its lineup of forthcoming electric vehicles by revealing this snub-nosed pickup. The pickup, which sports a design similar to Canoo's passenger van, will offer more than 200 miles of range and as much as 600 horsepower and 550 pound-feet of torque with the dual-motor configuration; a rear motor configuration will also be offered. That power and range, and a full six-to-eight-foot pickup bed, all have to fit into a vehicle with a 112.2-inch wheelbase -- an inch shorter than the Tesla Model 3 -- and an overall length, at 184 inches, that makes it more than two feet shorter than the Ford Ranger pickup.

The pickup rides on Canoo's multi-purpose platform architecture and will be the third Canoo vehicle to do so. [...] The new pickup emphasizes modularity and looks to maximize its utility. It has tables folding down around the vehicle, various hidden storage areas, and numerous charging points on the exterior of the truck. In a video exploring the ins and outs, Tony Aquila, executive chairman of Canoo, said that the goal was to make something that was very functional and could also be personalized. On either side of the six-foot bed, tables fold down to function as a workspace, and there is also a table that folds down from the front of the truck. That table exposes a small storage area as well as various points to charge or power electronics. The pickup bed can also be extended, as well as enclosed, to eight feet long to fit bigger items. Steps with storage within them can be pulled out of the sides of the truck to make it easier to access anything on the roof rack. And to answer the question any truck owner would ask, yes, there's a taillamp setup in the bed extension, so it's okay to drive the truck with the bed extended to fit longer cargo.

The interior of the pickup, shown in the video, shows it fits two people, but Aquila said it could be adapted for a three-person setup. Information such as speed and battery levels appear to be on a broad screen just below the windshield. Canoo's pickup will be available for pre-order beginning in the second quarter of this year, but production isn't slated to begin until 2023.

An anonymous reader quotes a report from MacRumors: Apple will soon be making a significant change to its serial number format for future products that will see some key information stripped out. In an internal AppleCare email this week, obtained by MacRumors, Apple said the new serial number format will consist of a randomized alphanumeric string of 8-14 characters that will no longer include manufacturing information or a configuration code. Apple said the serial number format transition is scheduled for "early 2021," and confirmed that IMEI numbers will not be affected by this change.

Any currently shipping Apple products will continue to use the current serial number format, while future products will use the new format, according to Apple. The new serial numbers will initially be 10 characters, the company indicated. Apple's current serial number format has long allowed both customers and service providers to determine the date and location that a product was manufactured, with the first three characters representing the manufacturing location and the following two indicating the year and week of manufacture. The last four characters currently serve as a "configuration code," revealing a device's model, color, and storage capacity. Apple initially planned to transition to the new serial number format in late 2020, but delayed. Apple hasn't explained the reasons for the change, but the new format will effectively make it impossible to view details about when and where a device is manufactured.

LG's battery division is planning to build advanced battery cells for Tesla's electric vehicles in 2023 and is considering potential production sites in the U.S. and Europe, according to Reuters. From the report: Tesla has not yet agreed to a deal that would expand LG's role in its supply chain beyond China, one of the sources said. Last week, the Korean battery maker told Korean reporters it plans to build a U.S. factory where it would make battery cells for EVs and energy storage systems, to cater to U.S. and global customers as well as startups. It did not identify potential customers then, but one of the sources said it was hoping Tesla would buy the batteries.

In September, Tesla Chief Executive Elon Musk announced an ambitious plan to develop new cells in-house, prompting suppliers like LG and Panasonic to embrace the unproven technology or face risks of losing a major customer for the longer term. The Korean supplier, a unit of LG Chem, has made samples for the so-called 4680 large-format cylindrical cells, said the sources, who asked not to be identified. It faces technological hurdles and the challenge of scaling up production, people familiar with the matter said.

"LG plans to produce 4680 cells at its new U.S. factory. They plan to build a new 4680 cell line to supply Tesla's Giga Berlin in Europe," one of the sources said, adding Spain is one of candidate for the European plant. One of the sources said LG has never mass produced such large-format cylindrical cells, although increasing battery capacity is the correct call. "Tesla is a major customer, and LG can take risks," another source said. He said LG has not yet secured orders from Tesla for the 4680 cells, still under development. For now, Tesla is sharply boosting orders for 2170 cells used in the Model 3 and Model Y vehicles made in China, the source said.

Dropbox announced today that it plans to acquire DocSend for $165 million. The company helps customers share and track documents by sending a secure link instead of an attachment. From a report: "We're announcing that we're acquiring DocSend to help us deliver an even broader set of tools for remote work, and DocSend helps customers securely manage and share their business critical documents, backed by powerful engagement analytics," Houston told me. When combined with the electronic signature capability of HelloSign, which Dropbox acquired in 2019, the acquisition gives the company an end-to-end document sharing workflow it had been missing. "Dropbox, DocSend and HelloSign will be able to offer a full suite of self-serve products to help our millions of customers manage the entire critical document workflows and give more control over all aspects of that," Houston explained.

A security vulnerability in a popular iPhone call recording app exposed thousands of users' recorded conversations. From a report: The flaw was discovered by Anand Prakash, a security researcher and founder of PingSafe AI, who found that the aptly named Call Recorder app allowed anyone to access the call recordings from other users -- by knowing their phone number. But using a readily available proxy tool like Burp Suite, Prakash could view and modify the network traffic going in and out of the app. That meant he could replace his phone number registered with the app with the phone number of another app user, and access their recordings on his phone. TechCrunch verified Prakash's findings using a spare phone with a dedicated account. The app stores its user's call recordings on a cloud storage bucket hosted on Amazon Web Services. Although the public was open and lists the files inside, the files could not be accessed or downloaded. The bucket was closed by press time.

An anonymous reader quotes a report from Bloomberg: Elon Musk is getting into the Texas power market, with previously unrevealed construction of a gigantic battery connected to an ailing electric grid that nearly collapsed last month. The move marks Tesla's first major foray into the epicenter of the U.S. energy economy. A Tesla subsidiary registered as Gambit Energy Storage LLC is quietly building a more than 100 megawatt energy storage project in Angleton, Texas, a town roughly 40 miles south of Houston. A battery that size could power about 20,000 homes on a hot summer day. Workers at the site kept equipment under cover and discouraged onlookers, but a Tesla logo could be seen on a worker's hard hat and public documents helped confirm the company's role. Property records on file with Brazoria County show Gambit shares the same address as a Tesla facility near the company's auto plant in Fremont, California. A filing with the U.S. Securities and Exchange Commission lists Gambit as a Tesla subsidiary. According to a document on the city of Angleton's website, the installation will use lithium iron phosphate batteries that are expected to last 10 to 20 years. The document says that it will generate around $1 million in property tax revenue for the city and the site will be unmanned but remotely monitored.