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Showing posts with the label energy consumption

Why Brussels Loves AC — But Europe Still Struggles

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The European AC Dilemma: A Cultural and Environmental Divide In a summer marked by the absence of any standout radio hits, one topic dominated conversations across Europe: the continent’s complex relationship with air conditioning. This issue has long been a point of contention, resurfacing every few years as temperatures rise. However, this year, the debate reached an unusual intensity, creating a rift in cultural relations between Europeans and Americans that rivaled the impact of Trump’s tariffs or disagreements over Ukraine’s future. Americans, puzzled by how Europeans manage without constant cooling, defend their reliance on air conditioning with a fervor reminiscent of how Italians defend their pizza toppings or how the French react to mispronounced words in their language. The statistics highlight the divide: nearly 90% of U.S. households have air conditioning, compared to around 20% in Europe, with some countries far below that figure. In France, the discussion has even ente...

EEP Tackles Electric Power Distribution Challenges

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Ethiopia's Renewable Energy Potential and the Challenges of Distribution Ethiopia is rich in renewable energy sources, including hydroelectric power, wind, geothermal, solar, and biomass. The country has long relied on hydropower for its energy needs, using it to support manufacturing, the service sector, and rural electrification. However, due to limited financial resources, technology, and skilled personnel, only hydropower has been effectively harnessed. In recent years, there has been growing interest in exploring and utilizing other renewable sources such as wind, solar, and geothermal energy. Despite these efforts, more investment and development are needed to fully tap into these resources. Electricity plays a crucial role in driving economic and social activities. It is not just about lighting homes but also transforming rural areas into thriving urban centers. It supports manufacturing, irrigation, and financial services, all of which depend heavily on a reliable power ...

MDAs Spend N3bn on Generators and Maintenance – Report

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Federal Government's Expenditure on Diesel for Generators and Plant Maintenance The Nigerian federal government has allocated a combined sum of N3.76 billion for diesel purchases and maintenance of generators and plants over a two-year period. This figure is derived from detailed Treasury payments tracked by GovSpend, a public finance monitoring platform managed by BudgIT. The funds have been used for direct diesel purchases, monthly refueling of large-capacity generator sets, and routine maintenance to ensure the continued operation of these facilities. Notably, there was a significant reduction in expenditure in 2024 compared to 2023. In 2023, total payments specifically for generator fueling and maintenance reached N2.15 billion, while in 2024, this amount dropped to N1.61 billion, representing a decrease of N536.55 million or 25%. Key Spenders and Their Spending Patterns The Office of the Secretary to the Government of the Federation (OSGF) emerged as the largest single spe...

KE Residents in Karachi's Jama Cloth and Burns Road Commemorate Loadshedding Exemption

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Community and Utility Collaboration Leads to Loadshedding Exemption in Karachi Recent efforts between K-Electric (KE) and the communities of Jama Cloth and Burns Road in Karachi have resulted in a significant milestone: these areas have been granted loadshedding exemption status. This achievement marks a positive shift for thousands of residents and businesses, who now enjoy a more reliable electricity supply. The exemption comes as a result of a coordinated approach between KE and local stakeholders. By working closely with the community, KE was able to implement strategies that reduced line losses and improved bill recovery. These measures not only enhanced the efficiency of the power distribution system but also contributed to the overall stability of the electricity supply in the area. A Multi-Faceted Approach to Reliable Power Supply The transformation of the Jama Cloth feeder into a loadshedding-exempt zone is part of a broader initiative by KE to reduce the impact of power c...

You Need Far Less Range Than You Realize

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Understanding the Real Need for EV Range When it comes to electric vehicles (EVs), many consumers are drawn to models with long ranges, often expecting their cars to offer 250, 300, or even 400 miles on a single charge. However, research suggests that this might not be necessary for most drivers. According to data from Recurrent, an analysis firm tracking range and battery health in thousands of EVs, the average EV driver uses only a small fraction of their car's EPA-rated range. Recurrent found that, on average, EV drivers use just 12.6% of their car’s rated range daily. This means that switching to an EV could be more accessible and affordable than many people think. The company analyzed data from over 40,000 EVs and discovered that many owners are leaving a significant portion of their vehicle’s range unused. Daily Range Usage by Vehicle Type The usage patterns vary depending on the vehicle's EPA-rated range. Here’s a breakdown: 75-100 mile EVs : 22.8% of range used da...

What Drives the Hydrogen Fuel Cells Market Growth

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The Rise of Hydrogen Fuel Cells in the Asia Pacific Region Hydrogen fuel cells are becoming a key player in the global shift toward sustainable energy solutions. As countries look for alternatives to fossil fuels, the technology is gaining momentum due to its potential to deliver clean and efficient power. One of the main drivers behind this growth is the increasing focus on achieving net-zero emissions. Governments and industries worldwide are setting ambitious climate goals, which have led to greater investment in clean hydrogen technologies. According to recent analysis from Market Research Future, these commitments are accelerating the adoption of hydrogen fuel cells across multiple sectors. Fuel cells generate electricity through an electrochemical process that converts hydrogen into power, producing only water as a byproduct. This makes them a promising option for reducing carbon emissions. In addition, they can be integrated with renewable energy systems, allowing excess ener...