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Euronews
3 hours ago
- Business
- Euronews
Bean vs. cup: Where is the most expensive takeaway coffee in Europe?
For many of us, a cup of coffee — or maybe a few — is an essential ritual that powers us through the working day. In 2023-24, approximately 10.62 billion kilograms of coffee were consumed worldwide, a slight increase from about 10.38bn kg in the previous year, according to Statista. While for some, a cheap cup of instant coffee made in the work kitchenette will suffice, others have developed a taste for 'a posh coffee' — often made by a hipster in a work apron. But how much is a cup of this sweet nectar costing us, are we being ripped off, and how does pricing vary across Europe? How much coffee is Europe buying? Of the 27 EU countries and the UK, surveyed in Pressat's workplace coffee survey between January and March 2025, workers in the UK are buying the most takeaway coffees, at an average of 1.96 cups per day. This was closely followed by Belgium (1.79 cups), Poland (1.77 cups), France (1.76 cups) and Romania (1.68 cups). At the other end of the scale, the most frugal with their coffee buying are workers in Luxembourg, buying an average of 0.82 cups per day. Also controlling their takeaway coffee expenditure are workers in Hungary (0.83 cups), the Czech Republic (0.84 cups) and Sweden (0.9 cups). It then may be surprising to discover that as the fourth biggest buyer of takeaway coffees in Europe, France is paying the most per cup, at an average price of €3.42. Stereotypes usually lead us to believe that the French like their coffee short, dark and strong. However, of the workers surveyed, just 8.94% of them were buying an espresso to take away. In fact, the most popular takeaway coffee choice was a caffe latte (17.02%), followed by a caffe macchiato (16.17%). The second most expensive takeaway coffees can be found in Lithuania, where the average cup price is €3.39 and the most popular style of drink is split between a cappuccino and a cortado (both are preferred by 14.87% of respondents). The cheapest cup can be found, perhaps surprisingly, in Denmark, with an average price of €1.89. The Danes have a medium coffee addiction, with average workers buying 1.32 cups of takeaway coffee per day — and preferring to sip an Americano. In fact, Denmark was the only country where the average cup price was under €2, with their closest competitors being Slovakia (€2.08) and Cyprus (€2.09). Cappuccino index A slightly different picture emerges from data on the average price of a cappuccino in Europe's capital cities, collected by It turns out that the highest price in Europe for the milky coffee is paid in Copenhagen. In the Danish capital, a cappuccino costs an average of €5.81 — considerably higher than the average price of an unspecified type of coffee in Denmark. Only in two other countries does a cappuccino cost more than €5: that's Iceland, with a price of €5.33 per cup, and Switzerland with a price of €5.27. More than €4 per cappuccino is paid in Scandinavia, the UK, Belgium, the Netherlands, France and Austria. At the other end of the scale are the countries of Eastern Europe, the Balkan Peninsula and Italy. In its homeland, a cup of cappuccino costs only €1.53 — but the cheapest cup can be found in Kosovo (€1.27) and Ukraine (€1.36). Poles, who often complain about the high prices of coffee in cafes, are somewhere in the middle of the European scale, with a cup of cappuccino in Warsaw sold for €3.64. This does not mean, however, that Polish grievances are completely unjustified. Apart from Germany, all of Poland's neighbouring countries have lower coffee prices. 'A cappuccino in Warsaw costs 18 zlotys (€4.24), while in Bari it costs €1.50. We can see that Warsaw prices, which have spread across the country, are definitely higher than elsewhere. And it doesn't have to be that way at all,' Janusz Piechocinski, an economist and former Polish economy minister, told Euronews. 'Poland is the fifth largest producer and exporter of coffee in Europe. Polish companies import more than 200,000 tons of beans, roast and then export also in the modern e-commerce channel. So we have an efficient production chain created, and yet prices for the customer are high. Why? It may come from higher real estate prices and taxes than elsewhere, which raise the cost of maintaining restaurants and cafes.' Are we overpaying for our coffee? It takes around 7 to 9g of coffee to make a single espresso which equates to €0.00009 worth of coffee at current arabica bean trading prices (for a 9g serving). That seems like a huge markup, but of course, that would be a huge oversimplification. Coffee shops also need to factor in the cost of staffing, as well as, takeaway cups, energy to power the venue, and coffee additions like milks, syrups and chocolate. Though it's hard to compare exactly how much businesses are paying for their energy, the average cost of electricity for non-household, medium-sized consumers in the EU is €155.80/MWh. That's according to Eurostat data from 2024. The data showed that Ireland paid the most for electricity in the EU, at €254.30/MWh. Only three other countries tipped over the €200 mark: Croatia (€216.90), Hungary (€205.50) and Luxembourg (€204.10). Among the EU's big four economies, the prices varied dramatically: France (€163.90), Spain, (€121.70), Italy (€151.50) and Germany (€197.60). The cheapest energy in the EU could be found in Norway (€79.10) Do coffee prices in Europe align with incomes? If we take a look at takeaway coffee pricing versus salaries across the continent, who is getting the best value for money? France, which has the highest cup price, had an average take-home pay for a single person without children just above the EU average, with French singles taking home €32,354 per year, according to Eurostat 2024 data. This means the average coffee is about 0.0106% of take-home pay. Meanwhile in Denmark, where net pay is €43,913, coffee is proportionately even cheaper, at just 0.004% of a salary. And home to the second-most-expensive coffee in Europe, consumers in Lithuania are getting particularly bad value. Citizens' average net salary is €15,909, meaning a cup of coffee costs around 0.021% of their annual take-home pay. The higher-earning countries appear to be getting better value for money. Workers in Luxembourg on average take home €50,410 per year and pay around €3 per coffee. That's just 0.005% of their salary. Cappuccino index by salary Using the data on the average monthly salary after taxes in European cities, we can take a closer look at how many cups of cappuccino the residents can buy. In terms of cappuccino affordability, Italy ranked highest. In Rome, the average monthly salary can buy 1,399 cups of this type of coffee, while Switzerland's Bern (1378 cups) and Luxembourg (1347 cups) fared marginally worse. The cappuccino index also clearly divides the continent in half. In Western European countries (with the exception of Portugal), a salary is enough for at least 750 cups of cappuccino, while in Eastern Europe, takeaway coffee is more unaffordable.
Gulf Insider
4 hours ago
- Health
- Gulf Insider
Vaccination Rates Are Stagnating
Data published last week by the World Health Organization (WHO) and UNICEF confirm that global vaccination coverage has stagnated in recent years. In 2024, 14.3 million children worldwide were classified as 'zero-dose', meaning they had not received a single vaccine. This number has barely changed over the past two years (14.5 million in 2022) and remains higher than the 12.8 million recorded in 2019, before the Covid-19 pandemic disrupted health services. More than half of these unvaccinated children live across around 30 countries currently affected by fragility, conflict or other vulnerabilities. As Statista's Anna Fleck shows in the following chart, the percentage of children who received three doses of the DTP vaccine (which protects against diphtheria, tetanus, and pertussis) stood at 85 percent in 2024. This is slightly below from the 86 percent reached between 2016 and 2019. You will find more infographics at Statista Vaccination rates for other diseases have also stagnated: polio coverage remained at 84 percent in 2024 (down from 86 percent between 2017 and 2019), and tuberculosis vaccination held steady at 88 percent (compared to a peak of 90 percent in 2017 and 2018). As for measles, global coverage improved significantly between 2004 and 2016 but has since slowed. In 2024, the global measles vaccination rate reached 76 percent, up from 71 percent in 2019, yet still well below the 95 percent threshold needed to effectively prevent outbreaks. According to the WHO, 60 countries experienced 'major or disruptive' measles outbreaks in 2024 – nearly double the number recorded in 2022. The primary reason for low vaccination coverage remains limited access to vaccines in certain regions. However, the WHO also highlights the growing threat posed by misinformation about science and vaccines. Also read: US Government Drops Charges Against Doctor Who Issued Fake COVID Vaccination Cards
Time Business News
8 hours ago
- Automotive
- Time Business News
How PoE Renewable Energy Solutions Support Solar-Powered Charging Stations
Statista projects that, by the end of 2025, the global electric vehicle market will reach $800 billion (US) in value with a projected annual growth rate of 6%. While China remains the world's primary market for electric vehicle (EV) sales, other regions are likely to experience growth as consumers become increasingly concerned about carbon emissions and gain a better understanding of EVs and their benefits. The primary obstacles to widespread acceptance of EV technology are higher purchase prices and a lack of charging stations. While vehicle pricing is up to the manufacturers, charging station infrastructure development requires private and public funding. Urban and suburban areas should strive to provide sufficient volume to sustain a viable business model. Rural spaces, such as the plains of Kansas and Nebraska, may lack the volume to justify private investment, necessitating public funds to ensure a comprehensive US network. Because conventional charging stations draw power from existing utility grids, energy costs and availability may vary. As the American market grows, EVs will demand more energy, which could overload the local grid, especially in areas with aging infrastructure. In less populated regions, drawing power from local grids may be difficult and possibly cost-prohibitive. Combining solar power with Power over Ethernet (PoE) renewable energy technology is an effective way to drive the development of self-powered charging stations nationwide. PoE technology enables the transmission of both electrical power and data over a single Ethernet cable. Sending power and data over one wire eliminates the need for a separate power supply for PoE-enabled devices. The Institute of Electrical and Electronics Engineers (IEEE) Electrical and Electronics Engineers (IEEE) working groups develop standards that ensure compatibility among PoE devices. The following standards have been released: IEEE 802.3af supports up to 15.4 watts of power output. supports up to 15.4 watts of power output. IEEE 802.3at defines power outputs up to 30 watts. defines power outputs up to 30 watts. IEEE 802.3bt Type 3 supports up to 60 watts of power. Type 3 supports up to 60 watts of power. IEEE 802.3bt Type 4 has a maximum power output of 100 watts. The IEEE continues to work on standards to support more power and data. A Renewable Power Managed Ethernet Switch, such as Planet's BSP-360 switch, connects to a renewable energy source, a storage battery, and a charging station. The switch receives DC current, ranging from 24V to 45V, from energy sources such as solar panels. Any energy gathered by these sources can be used to power the managed PoE switch or be stored in a lithium or lead-acid battery. The PoE switch can then power any PoE-enabled device, eliminating the need for an additional power source. By leveraging PoE-enabled renewable energy solutions, Kansas can utilize its, on average, 230 sunny days to great use, powering charging stations across the Great Plains. Commercial EV charging stations typically offer two charging levels: Level 1 adds a range of approximately four to five miles per hour of charging using a 120-volt outlet. adds a range of approximately four to five miles per hour of charging using a 120-volt outlet. Level 2 adds a range of approximately ten to twenty miles per hour of charging using a 240-volt outlet. A third option is available for DC fast charging. It requires a commercial-grade power supply of 480 volts or higher with dedicated circuits. The charging rates at each station determine the power capacity needed from the PoE power source. The IECC's 2024 EV standards outline charging infrastructure specifications, including load and capacity requirements. In addition to power requirements, US charging stations must consider the following standards and regulations: The National Electrical Code outlines design and inspection requirements to ensure compliance with safety standards. Open Charge Point Protocol (OCPP) is a negotiating protocol between EV applications and charging stations. First published in 2009, OCPP's latest release (2.0.1) incorporates changes to simplify transactions. For many implementations, OCPP certification is becoming a requirement. ISO 15118defines a plug-and-charge protocol standard that requires drivers to set up a purchasing profile. When drivers plug the car into a charging station, payment is transmitted using pre-existing profiles. Section 508 of the Rehabilitation Act defines accessibility requirements for users with disabilities. It stipulates the requirements for spacing between charging stations to allow for wheelchair access. Charging stations must provide accessible communication methods through user interfaces and voice activation. Stations must display clear signage to ensure safe ingress and egress. EV standards are continually evolving, and new requirements are being released as the industry matures. In addition to these nationwide requirements, every local jurisdiction has its own set of building and business codes that charging stations must comply with. For example, charging stations in residential areas may be required to construct fences or barriers to prevent headlights from shining into homes. There may be restrictions on the number of parking spaces in specific locations, and construction should also consider size requirements to ensure compliance with Section 508. Building codes may require that only licensed electricians install charging stations and oversee connections to utility grids. There may also be zoning constraints or signage guidelines. Before investing in EV charging stations, check with local authorities to avoid any unexpected obstacles. If local utilities are publicly owned, coordinating deployment will be part of these entities' approval processes. If the electrical company is privately operated, be sure to discuss directly with them to understand how to add charging stations to their grid. The company will want to assess the impact on its existing grid and determine if infrastructure upgrades are needed. Interest in electric cars began in the early 19th century; however, sustained interest by the buying public didn't emerge until the 21st century. As of March 2025, the United States had over 204,600 charging outlets, with 51,200 located in California. According to the US Department of Energy, by 2030, the United States will need 28 million EV charging ports distributed across the country. Most charging stations will be located at single-family homes and workplaces. However, public charging stations will be necessary in areas such as multi-family buildings, hotels, and shopping centers. A network of fast-charging stations will be crucial for long-distance travel. Planet's PoE renewable switch and cellular gateways are designed to facilitate the growth of sustainable charging stations. These products enable the placement of self-powered charging stations where they are needed most. Contact us for more information on PoE solutions. TIME BUSINESS NEWS
Time Business News
15 hours ago
- Business
- Time Business News
Pizza Vending Machines for Sale in Europe
The European pizza vending market is projected to grow by 18.7% annually (Statista 2025), with machines now deployed in: ✔ Airports (Heathrow Terminal 5: 200+ daily sales) ✔ Universities (TU Berlin: €11,500/month revenue) ✔ Gas stations (Eni Group: 63% F&B revenue increase) *Next-gen machines like the PizzaForno G12 dominate European markets with 3-minute cook times* Unlike traditional vendors, European pizza vending machines: Accept contactless payments (Apple Pay, SEPA) Use EU-compliant refrigeration (ingredients stay fresh for 72h) Auto-clean after each use (meets EU food safety regs) Key Tech Specs: Feature Benefit Robotic dough press Perfect crust every time Dual convection ovens 2 pizzas simultaneously IoT monitoring Alerts when low on flour/cheese 👉 See Europe's top-selling models No chefs, cashiers, or cleaners Remote management via EU-cloud dashboard Average sale price: €9.80 (67% margin) €9.80 (67% margin) Peak hours: 11 PM-2 AM (club/bar areas) Fits in 2m² spaces (ideal for EU urban centers) (ideal for EU urban centers) CE-certified for all EU countries AI predicts topping demand (reduces waste by 40%) (reduces waste by 40%) Automated supplier alerts when stock is low Energy-efficient models comply with the EU Green Deal comply with the EU Green Deal Modular upgrades keep tech current Location Avg. Monthly Profit University cafeterias €8,200-€12,500 Hospital lobbies €6,800-€9,400 Shopping malls €10,000-€15,000 Highway rest stops €7,500-€11,000 Pro Tip: Machines near hostels see 22% higher sales between 1-4 AM Price: €49,900 €49,900 Capacity: 96 pizzas/day 96 pizzas/day Special: Dual-language interface (FR/DE/IT) Price: €42,500 €42,500 Ideal For: Small metro stations Price: €37,000 €37,000 ROI Period: 8.5 months Compare all EU-approved models → 14-18 months in high-traffic zones (see our ROI calculator) Most EU countries require: Basic hygiene certification Machine registration (we provide templates) We partner with Sysco Europe & Metro AG for: 2x weekly fresh deliveries Automated inventory tracking Cryptocurrency payments (5% of machines already accept Bitcoin) (5% of machines already accept Bitcoin) Vegan dough options (27% of Gen Z orders) (27% of Gen Z orders) Voice-activated ordering (rolling out in Spain/Italy) 🚀 Book a demo with Europe's #1 supplier 📊 Get our free 'Location Scout Toolkit' 💶 Financing available (0% for 12 months) Explore pizza vending machines for sale in Europe today → TIME BUSINESS NEWS
Gulf Insider
16 hours ago
- Health
- Gulf Insider
What To Know About Big Pharma, In Charts
Prescription drugs provide relief from pain, fight infection, stabilize moods, reduce inflammation, combat dread diseases, and extend lives. These medications have become a fact of life for many—perhaps most—Americans. On average, half of them took at least one prescription drug in a given month, according to a recent CDC survey. More than 13 percent took five or more. And the rate is growing. In 2020 Americans filled 6.4 billion prescriptions, about 19 per person. By 2023, Americans were consuming more than 210 billion daily doses of medication annually. That's more than 600 pills, shots, drops, IVs, creams, mists, or suppositories for every person in the country. A child born in 2019 in the United States can expect to spend roughly half of his or her life taking prescription medications, according to Jessica Y. Ho, a researcher at Pennsylvania State University. The United States consumes more prescription drugs than any country in the world and spends nearly twice as much for them as all other nations combined. Global pharmaceutical sales were estimated at $1.6 trillion in 2023, according to Statista. That's roughly equal to the gross domestic product of Spain and nearly double that of Switzerland. The ten largest pharmaceutical companies in the United States alone have a combined worth of more than $2.1 trillion. Recent growth in the industry has been driven by the creation of new types of medications including biologics and peptides. These medications can be highly effective but also very expensive. Biologics are drugs derived from living sources rather than chemicals. Medicare paid nearly $66,000 per patient for prescriptions of Humira in 2023. That's a biologic medication to treat rheumatoid arthritis, plaque psoriasis, and other diseases. Development of biologics has more than tripled over the last decade. The Food and Drug Administration (FDA) approved 17 biologics in 2023, up from an average of 4 per year between 1999 and 2013. Americans consumed 72 percent of the top 50 biologic drugs sold in the world in 2022, according to the Department of Health and Human Services. Peptides are drugs that mimic the function of certain substances within the human body. A particular type of peptide called GLP-1 helps regulate blood sugar and appetite. Ozempic, Weygovy, and Trulicity are GLP-1 medications. Medicare Part D alone paid more than $22 billion to provide GLP-1 medications in 2023, an increase of nearly 130 percent in two years. Currently, the GLP-1 market is dominated by Novo Nordisk, Eli Lilly, AstraZeneca, and Sanofi, though others are working to develop similar medications. U.S. drug prices were more than double those in other countries as of 2022, and more than 4 times as much for brand-name drugs, according to global consulting firm RAND. Pharmaceutical companies do considerable business with the federal government, deriving $387 billion in payments from Medicare Part D and Medicaid in 2023 alone. Pharmaceutical companies and some 100 allied political action committees spent more than $15 million in campaign contributions during each of the last two presidential elections, and nearly as much during the mid-terms. Those amounts are overshadowed by the pharmaceutical industry's annual lobbying expenditures. The industry spent more than $150 million to influence federal and state legislatures in 2024. Of its more than 700 lobbyists, nearly two thirds were former government employees. The pharmaceutical lobby spent more money over the past quarter century than did electric utilities, oil and gas companies, hospitals and nursing homes—more than the automotive and defense aerospace industries combined. Research Developing new medications is expensive. The average cost of bringing a new drug market can range up to $2 billion, according to data cited by the Congressional Budget Office. Congress aided companies investing in research via the One Big Beautiful Bill Act, which includes a provision for makers of drugs that treat rare diseases. The law widens the definition of a rare disease drug and further delays Medicare price negotiations on drugs that treat them. That allows the makers of those drugs to continue charging Medicare full price for the medications, in order to fund future research. Normally, a drug that has been marketed for at least 9 years and receives $200 million per year in Medicare payments would be eligible for price negotiation.
