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Renewable Power Offered Extra Than 50% Of UK Electrical energy In 2024



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Final Up to date on: twenty ninth March 2025, 02:22 am

Key headlines

Renewable technology was a file 144.7 TWh in 2024, up 6.5 per cent from 2023, with new capability greater than offsetting much less beneficial climate circumstances. Elevated technology was pushed by file ranges of technology from bioenergy, wind, and photo voltaic PV.

Renewable’s share of electrical energy technology was 50.8 per cent in 2024, the primary time that greater than half of technology has come from renewables. This was the results of development in renewable technology and a fall in nonrenewable technology.

A complete 4.2 GW of capability was added taking the overall put in capability to 60.7 GW, up from 9.3 GW in 2010. The brand new capability was largely made up of wind (1.4 GW offshore and 0.8 GW onshore) and photo voltaic PV (1.6 GW).

Era for 2024 Quarter 4 was 37.5 TWh, down by 2.6 TWh (6.4 per cent) on 2023 Quarter 4, primarily because of much less beneficial climate circumstances. Specifically, offshore wind technology was down by 14 per cent on final yr, this was partly right down to decrease common wind speeds within the South East, curtailment and a fault with a subsea export cable early within the quarter. This fall was partly offset by a rise in plant biomass technology.

Renewables share of technology was 48.6 per cent in 2024 Quarter 4, 1.8 proportion factors down on 2023 Quarter 4.


Chart 6.1 Renewable technology from 2018 (Power Tendencies Desk 6.1)

Since 2018, renewable technology has elevated by 31 per cent with offshore wind accounting for nearly two thirds of the rise. For the primary time, in 2019, offshore technology overtook onshore and the divergence has continued since then. That is largely because of new capability which noticed robust development from 2017 onwards. Though offshore capability remains to be decrease than onshore, the hole has closed to only 0.6 p.c decrease in 2024. It’s skill to outperform onshore wind technology relative to put in capability is right down to newer, bigger generators put in off the coast. Moreover, wind speeds are sometimes stronger offshore. In 2020, unusually excessive wind speeds and rainfall resulted in a 12 per cent enhance in renewable technology in comparison with 2019, although the next yr climate circumstances reversed and as well as, there have been unusually low solar hours. Though 17 climate circumstances stabilised and new capability was added (notably in offshore wind), total renewable technology development was subdued in 2022 and 2023 largely because of decreased output at two giant biomass energy vegetation (output resumed to extra traditional ranges in 2024, see subsequent paragraph for extra info). Chart 6.2 exhibits in additional element the traits between 2023 and 2024.

Chart 6.2 Change in renewable technology and capability between 2023 and 2024 (Power Tendencies Desk 6.1)

Most notable this yr is the excessive enhance in bioenergy technology, up 18 per cent attaining a file in 2024. Though new capability contributed to the expansion, the sharp enhance was largely because of plant biomass returning to extra traditional ranges following decreased output at two main vegetation in 2022 and 2023. Though plant biomass stays 1.7 p.c decrease than in 2021, elevated technology from power from waste and anaerobic digestion facilitated the file for total bioenergy. The traits in wind technology are totally different between onshore and offshore wind. Though each noticed a rise in capability, solely onshore wind displayed a rise in technology (by 7.6 per cent, in contrast with a 1.5 per cent lower in offshore technology). Trade attributes a fault with a subsea export cable, curtailment, and decrease wind speeds within the South East as contributory components to the autumn in offshore wind technology. General, the rise in onshore wind offset the drop in offshore wind and resulted in a file for total wind technology.

Photo voltaic PV technology additionally achieved a file with a 9.9 per cent enhance in put in capability greater than offsetting fewer solar hours. The 1.6 GW of latest capability was the most important added since 2016. Hydro technology elevated by 4.1 per cent regardless of a slight lower in rainfall, and no change in capability.

New capability added in 2024 was 4.2 GW, the very best since 2017. Since 2020, new offshore wind has represented virtually half of the overall new put in capability, with photo voltaic PV accounting for 32 per cent and onshore wind, the majority of the rest. New capability for offshore wind included Neart na Gaoithe (NnG) (448 MW) and Moray West (882 MW) in Scotland. Each of those vegetation got here on-line later within the yr so whereas they’ve added 1.3 GW of capability between them, they’re but to have a big influence on technology.

Chart 6.3 Added capability for the main applied sciences (Power Tendencies Desk 6.1)

Renewable Power Offered Extra Than 50% Of UK Electrical energy In 2024

In 2024, new wind capability represented simply over half of the overall added capability, an identical share to 2023, with offshore wind accounting for nearly two thirds of this. In 2023, new photo voltaic PV capability represented virtually half of the overall, and though development in photo voltaic PV capability for the yr was robust (9.9 per cent), in 2024 it made up 39 per cent of latest capability. This was partly because of a rise in bioenergy capability.

Whereas offshore wind websites are typically few in quantity however giant scale, the expansion in photo voltaic PV has been dominated by quite a few installations of lower than 50 kW, together with 147,000 new home installations in 2024. These figures could also be lacking some unsubsidised photo voltaic installations under 150 kW capability that aren’t registered on the Microgeneration Certification Scheme (MCS). For extra particulars see the photo voltaic deployment tables (opens in a brand new window).

Within the fourth quarter, 0.8 GW of latest capability was put in, round two thirds of which was accounted for by wind. Photo voltaic PV capability elevated by 1.4 per cent, barely greater than Quarter 3 however lower than the primary two quarters of 2024. There was no new bioenergy capability within the fourth quarter, for the second quarter in a row. The bulk for the yr was put in within the first quarter and included Teesside (plant biomass- 250 MW).

Chart 6.4 Renewables’ share of electrical energy technology — This autumn 2023 and This autumn 2024 (Power Tendencies 6.1)

In 2024 Quarter 4, renewable’s share of technology was 48.6 per cent. This was 1.8 proportion factors decrease than 2023 Quarter 4, when renewables’ share exceeded 50 per cent for the primary time. This was partially pushed by decrease common wind speeds within the latter a part of the yr, with offshore wind’s share lowering by 2.4 19 proportion factors and onshore wind’s share by 0.4 proportion factors. Bioenergy’s share elevated by 1.4 proportion factors, and Photo voltaic PV’s share was up marginally to 2.3 per cent, however clearly decrease than the summer time peak of 8.9 per cent within the second quarter of the yr

By Will Spry | 0782 519 4608 | renewablesstatistics@energysecurity.gov.uk

Article from UK authorities’s Division for Power Safety and Internet Zero.

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What AI Is Instructing Us About Historic Civilizations

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Whereas instructing people about their historical civilizations might appear to be an odd job for synthetic intelligence, it has potential. Historically, archeological surveys and decipherment have been painstakingly tedious. This expertise might automate or streamline a lot of the method, serving to individuals uncover extra in regards to the previous at an exponential price. 

Why AI Is Wanted to Train About Historic Civilizations

Spoken language is kind of common. All through historical past, written language has been far rarer. The earliest identified writing system is cuneiform, which was invented round 3100 B.C. by the Sumerians. Preliterate carved pictures date again so far as 4400 B.C., so lecturers have hundreds of years of data to pour by way of and translate. 

There are additionally glyphs, pottery, graves, constructions and statues, every with a singular story. For hundreds of years, people have painstakingly recognized, deciphered and investigated these curios. Pursuit, discovery and success are rewarding — even thrilling. Nevertheless, progress is sluggish. Generally, an exceedingly small variety of subject material exists, creating bottlenecks. 

What if researchers didn’t have to attend? What if they may speed up their progress tenfold? With AI, that is perhaps doable. A sophisticated, purpose-built mannequin might uncover secrets and techniques which were hidden for hundreds of years. 

A machine studying mannequin’s energy lies in automation and evolution. Because it learns because it processes new data, it might probably evolve as analysis or archeological initiatives progress, successfully future-proofing itself. Furthermore, it requires minimal human oversight and might act independently, enabling it to hold out advanced multistep assignments by itself. 

What Historians Have Realized About Premodern Cultures Utilizing AI

Whereas trendy AI is comparatively new, scientists and archeologists have already used it to be taught extra about the place premodern individuals lived and the way they communicated. 

Phrases in Lengthy-Lifeless Languages

One phrase can have numerous meanings relying on the writer’s intentions and the composition’s context. This complicates decipherment. Even easy, pointless phrases develop into advanced puzzles. The joke “What does a clock do when it’s hungry? It goes again for seconds” is a superb instance as a result of it’s a play on phrases. In a special language, it could be meaningless.

Prior to now, laptop packages stumbled over these nuances. Pure language processing expertise makes use of part-of-speech tagging, tokenization and lemmatization to acknowledge particular person morphemes. With this framework, an algorithm might grasp the intricacies of context and which means, even in long-dead languages. 

Sometimes, deciphering historical languages manually has been a laborious, error-prone process. Now, a mannequin with NLP capabilities might decode written language in a fraction of the time. 

Take the figurative geoglyphs — pre-Columbian designs etched into desert sands — for example. It took practically one century to find 430 Nazca geoglyphs across the Nazca Pampa. Utilizing AI, a analysis crew discovered 303 new ones, nearly doubling the overall identified quantity inside simply six months of area surveying. 

The place Archeological Websites Are

Just lately, a analysis crew from Khalifa College in Abu Dhabi used AI to establish indicators of a 5,000-year-old civilization beneath the dunes of the Rub al-Khali, the world’s largest desert. Because it stretches over 250,000 sq. miles, it’s notoriously tough to review. Shifting sands and harsh situations complicate archeological surveys.

The analysis crew used high-resolution satellite tv for pc imagery and artificial aperture radar expertise to detect buried artifacts from area. These outcomes had been fed right into a machine studying mannequin for picture processing and geospatial evaluation, automating the investigation. This strategy was correct inside 50 centimeters, demonstrating its potential.  

Methods AI Is Bettering Understanding of Bygone Eras

AI can also be serving to scientists perceive extra about how historical civilizations functioned, giving them a clearer window into the previous. 

Simulating Historic Cultural Attitudes 

Michael Varnum, the social psychology space head and affiliate professor at Arizona State College, not too long ago co-authored an opinion piece proposing utilizing generative AI to simulate historical cultural attitudes. 

Present strategies wrestle to uncover the mentality or behaviors of long-dead cultures. Varnum says individuals in his area often use oblique proxies like archival information on crime ranges or divorce charges to deduce individuals’s values and emotions. Nevertheless, this strategy is oblique and inaccurate. His resolution is to coach an AI to investigate historic texts.

Nevertheless, whereas AI might infer individuals’s opinions and feelings from written data, its insights can be skewed. Traditionally, the flexibility to learn and write has been uncommon. Varmum admits any AI-generated insights would possible come from educated, upper-class people. Since social class impacts psychology, the evaluation wouldn’t present a completely correct glimpse into the previous.

Reconstructing Premodern Customs 

Every time archeologists get well objects from historical burial websites or half-buried cities, guesswork is concerned. Even when they know precisely what one thing was used for, they could be unable to find out the way it works. 

Within the Nineteen Seventies, researchers unearthed a grave in a Bronze Age cemetery in Iran. They discovered the oldest intact board recreation ever found, relationship again 4,500 years. It consisted of 27 geometric items, 20 round areas and 4 cube. No rulebook was buried, so they may solely guess the best way to play. 

AI might recreate the principles, bringing again long-forgotten board video games. The Digital Ludeme venture is doing simply that. Already, it has spanned three time intervals and 9 areas, making nearly 1,000 video games playable once more. At this time, these reconstructions can be found on-line for anybody to play.

What Extra Can Be Realized From These Historic Cultures?

There’s nonetheless rather more left to be taught from AI. Cuneiform is without doubt one of the most fascinating. At this time, lecturers have entry to round 5 million Sumerian phrases, hundreds of thousands greater than Romans left in Latin. Most of the quite a few clay tablets uncovered within the area have but to be deciphered, and extra are unearthed nearly day by day. 

To streamline the method, the analysis crew makes use of AI to hitch pill fragments, piecing collectively elements to speed up decipherment. They’re additionally coaching it to decipher cuneiform, which solely a handful of consultants are able to. The velocity of algorithmic processing might make this expertise infinitely sooner than people. 

This new data might fill gaps in historical past books. Though people have an expansive cultural historical past, many areas stay unexplored as a result of they haven’t had the expertise. With machine studying strategies and generative fashions, they’ll have a deeper understanding of the world, gaining a brand new perspective on historical past.

With AI’s assist in uncovering archeological websites, deciphering long-dead languages and translating historical texts, trade professionals might discover new books, historic accounts, artworks and treasures. These findings could possibly be displayed in a museum or assist descendants join with their ancestors. 

The Future Outlook of AI Options as Archeological Instruments

AI can decipher long-dead languages, find historical burial grounds and simulate historical practices. Its findings might find yourself in historical past books or museums. In fact, lecturers ought to tread fastidiously. Whereas this expertise is highly effective, bias, inaccuracies and hallucinations usually are not unusual. A human-in-the-loop strategy might assist them mitigate these points.

New Android Trojan Crocodilus Abuses Accessibility to Steal Banking and Crypto Credentials

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Mar 29, 2025Ravie LakshmananMenace Intelligence / Cell Safety

New Android Trojan Crocodilus Abuses Accessibility to Steal Banking and Crypto Credentials

Cybersecurity researchers have found a brand new Android banking malware known as Crocodilus that is primarily designed to focus on customers in Spain and Turkey.

“Crocodilus enters the scene not as a easy clone, however as a fully-fledged menace from the outset, geared up with fashionable strategies resembling distant management, black display overlays, and superior knowledge harvesting by way of accessibility logging,” ThreatFabric mentioned.

As with different banking trojans of its form, the malware is designed to facilitate machine takeover (DTO) and in the end conduct fraudulent transactions. An evaluation of the supply code and the debug messages reveals that the malware writer is Turkish-speaking.

Cybersecurity

The Crocodilus artifacts analyzed by the Dutch cell safety firm masquerade as Google Chrome (bundle title: “quizzical.washbowl.calamity”), which acts as a dropper able to bypassing Android 13+ restrictions.

As soon as put in and launched, the app requests permission to Android’s accessibility companies, after which contact is established with a distant server to obtain additional directions, the listing of monetary functions to be focused, and the HTML overlays for use to steal credentials.

Crocodilus can also be able to concentrating on cryptocurrency wallets with an overlay that, as an alternative of serving a faux login web page to seize login info, exhibits an alert message urging victims to backup their seed phrases inside 12, or else danger shedding entry to their wallets.

Mobile Security

This social engineering trick is nothing however a ploy on the a part of the menace actors to information the victims to navigate to their seed phrases, that are then harvested via the abuse of the accessibility companies, thereby permitting them to achieve full management of the wallets and drain the belongings.

“It runs repeatedly, monitoring app launches and displaying overlays to intercept credentials,” ThreatFabric mentioned. “The malware displays all accessibility occasions and captures all the weather displayed on the display.”

This enables the malware to log all actions carried out by the victims on the display, in addition to set off a display seize of the contents of the Google Authenticator software.

Cybersecurity

One other function of Crocodilus is its skill to hide the malicious actions on the machine by displaying a black display overlay, in addition to muting sounds, thereby guaranteeing that they continue to be unnoticed by the victims.

Among the essential options supported by the malware are listed beneath –

  • Launch specified software
  • Self-remove from the machine
  • Publish a push notification
  • Ship SMS messages to all/choose contacts
  • Retrieve contact lists
  • Get an inventory of put in functions
  • Get SMS messages
  • Request System Admin privileges
  • Allow black overlay
  • Replace C2 server settings
  • Allow/disable sound
  • Allow/disable keylogging
  • Make itself a default SMS supervisor

“The emergence of the Crocodilus cell banking Trojan marks a major escalation within the sophistication and menace stage posed by fashionable malware,” ThreatFabric mentioned.

“With its superior System-Takeover capabilities, distant management options, and the deployment of black overlay assaults from its earliest iterations, Crocodilus demonstrates a stage of maturity unusual in newly found threats.”

The event comes as Forcepoint disclosed particulars of a phishing marketing campaign that has been discovered using tax-themed lures to distribute the Grandoreiro banking trojan concentrating on Home windows customers in Mexico, Argentina, and Spain by way of an obfuscated Visible Fundamental script.

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PJobRAT Android Malware Masquerades as Courting and Messaging Apps to Goal Navy Personnel

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PJobRAT, an Android Distant Entry Trojan (RAT) first recognized in 2019, has resurfaced in a brand new marketing campaign focusing on customers in Taiwan.

Initially, PJobRAT was identified for focusing on Indian army personnel by disguising itself as relationship and on the spot messaging apps.

The most recent iteration of this malware has advanced, now masquerading as apps like ‘SangaalLite’ and ‘CChat’, which had been distributed via defunct WordPress websites.

PJobRAT Android MalwarePJobRAT Android Malware
Screenshots from the interface of the malicious SaangalLite app

These websites had been lively from at the very least January 2023 to October 2024, though the domains had been registered as early as April 2022.

Distribution and An infection Ways

The malware was unfold through pretend apps that mimicked reliable messaging providers.

As soon as put in, these apps request in depth permissions, together with the flexibility to bypass battery optimization, permitting them to run repeatedly within the background.

Customers had been probably directed to those malicious websites via varied techniques resembling website positioning poisoning, malvertising, or phishing, though the precise strategies used on this marketing campaign are usually not confirmed.

The risk actors behind PJobRAT have traditionally used numerous distribution strategies, together with third-party app shops and compromised reliable websites.

Enhanced Capabilities

The most recent variations of PJobRAT have seen vital updates, significantly of their skill to execute shell instructions.

PJobRAT Android MalwarePJobRAT Android Malware
Code to execute shell instructions

In line with the Report, this enhancement permits the malware to doubtlessly steal knowledge from any app on the gadget, root the gadget, and even silently take away itself after finishing its aims.

Not like earlier variations, the brand new PJobRAT doesn’t particularly goal WhatsApp messages however can entry knowledge from any app.

It communicates with command-and-control (C2) servers utilizing Firebase Cloud Messaging (FCM) and HTTP, enabling it to add stolen knowledge resembling SMS messages, contacts, and recordsdata.

The marketing campaign seems to have concluded, with no current exercise noticed. Nevertheless, this resurgence highlights the adaptability of risk actors, who regularly refine their techniques and malware to evade detection.

Android customers are suggested to keep away from putting in apps from untrusted sources and to make use of cellular risk detection software program to guard in opposition to such threats.

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ios – ButtonStyle makeBody ViewBuilder triggers PreferenceKey cut back


I’ve an issue with ButtonStyle’s perform makeBody triggers PreferenceKey cut back perform, if I’ve swap or if assertion inside makeBody.

I’ve a code beneath:

struct TestPreferenceKey: PreferenceKey {
    
    static var defaultValue: Int = 0

    static func cut back(worth: inout Int, nextValue: () -> Int) {

        print("cut back worth:", worth)
        print("cut back nextValue:", nextValue())

        worth = nextValue()
    }
}

struct TestButtonStyle: ButtonStyle {

    enum `Kind` {
        case a
        case b
    }

    let kind: `Kind`

    func makeBody(configuration: Configuration) -> some View {
        swap kind {
        case .a:
            configuration.label
        case .b:
            configuration.label
        }
    }
}

struct ButtonView: View {
    var physique: some View {
        Button {

        } label: {
            Textual content("Button")
        }
        .buttonStyle(TestButtonStyle(kind: .a))
    }
}

struct ContentView: View {

    var physique: some View {
        VStack {
            ButtonView()
            ButtonView()
        }
        .onPreferenceChange(TestPreferenceKey.self) { worth in
            print("worth:", worth)
        }
    }
}

And I’ve the subsequent prints in log:

cut back worth: 0
cut back nextValue: 0
worth: 0

As I perceive how PreferenceKey works, I ought to don’t have anything printed out.
And it really works so, if I name completely different perform from ButtonStyle’s makeBody:

struct TestButtonStyle: ButtonStyle {

    enum `Kind` {
        case a
        case b
    }

    let kind: `Kind`

    func makeBody(configuration: Configuration) -> some View {
        switcher(configuration: configuration)
    }

    func switcher(configuration: Configuration) -> some View {
        swap kind {
        case .a:
            configuration.label
        case .b:
            configuration.label
        }
    }
}

Now, I’ve nothing printed out.
However, if I add @ViewBuilder wrapper to switcher perform, I’ve printed out once more:

...
    @ViewBuilder
    func switcher(configuration: Configuration) -> some View {
        swap kind {
        case .a:
            configuration.label
        case .b:
            configuration.label
        }
    }
cut back worth: 0
cut back nextValue: 0
worth: 0

Is it anticipated habits with ViewBuilder? Or is it a bug?
Is it all the time essential to do such a traversal with an extra perform?

If anybody is aware of the reply, it will be a lot appreciated! I’d additionally be pleased about helpful hyperlinks on the subject!

UDP:
If I add .desire for certainly one of Views, I get a incorrect results of TestPreferenceKey worth:

...
var physique: some View {
    VStack {
        ButtonView()
            .desire(
                key: TestPreferenceKey.self,
                worth: 3
            )
        ButtonView()
    }
    .onPreferenceChange(TestPreferenceKey.self) { worth in
            print("worth:", worth)
    }
}

Result’s:

cut back worth: 3
cut back nextValue: 0
worth: 0

Though the TestPreferenceKey worth must be 3.
After all, with out @ViewBuilder on switcher TestPreferenceKey worth is true – 3

Printed out:

worth: 3