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Showing posts with the label Sri Lanka electricity

Does Unplugging Appliances Save Electricity in Sri Lanka? The Real Truth

  Does Unplugging Appliances Save Electricity in Sri Lanka? With rising electricity costs and frequent power cuts in Sri Lanka, many households are looking for ways to reduce their power consumption. One common piece of advice is to unplug appliances when not in use. But does this actually help save electricity, or is it just a myth? The answer: Yes, unplugging certain appliances can save electricity, but the savings depend on the type of device and how often you use it. Some electronics continue to consume power even when switched off—a problem known as "phantom energy" or "vampire power." In this article, we’ll cover: Which appliances waste the most electricity when left plugged in How much money Sri Lankans can realistically save by unplugging Simple alternatives to reduce standby power without unplugging everything Let’s explore! How Much Electricity Do Appliances Waste When Plugged In? Many modern appliances and gadgets still draw power even when turned off. Th...

Solar Energy in Sri Lanka: A Bright Future for Sustainable Power

  Solar Energy in Sri Lanka: The Ultimate Guide Sri Lanka, known for its tropical climate and abundant sunshine, is perfectly positioned to harness solar energy. With rising electricity costs and frequent power shortages, more homeowners and businesses are turning to solar power as a reliable and sustainable solution. In this guide, we’ll explore the benefits, costs, and future of solar energy in Sri Lanka, helping you make an informed decision. Why Solar Energy is the Best Choice for Sri Lanka 1. Abundant Sunshine All Year Round Sri Lanka enjoys over 300 sunny days per year, making it an ideal location for solar power generation. Unlike countries with long winters, Sri Lanka’s consistent sunlight ensures maximum efficiency for solar panels. 2. Rising Electricity Costs & Power Cuts With frequent power cuts and increasing electricity tariffs, solar energy provides a cost-effective and uninterrupted power supply. By switching to solar, households and businesses can reduce depende...

Electricity Generation in Sri Lanka: Hydropower, Coal & Renewables (2025)

  Electricity Generation in Sri Lanka 2025: Hydropower, Coal & Renewables Sri Lanka’s electricity generation landscape is evolving rapidly. As the country balances economic growth with sustainability, its energy mix in 2025 includes hydropower, coal, and renewables. This article explores how Sri Lanka generates electricity, the role of each energy source, and what the future holds. Sri Lanka’s Electricity Generation Overview Sri Lanka relies on a mix of hydropower, coal, and renewable energy to meet its electricity demands. In 2025, the country continues to shift toward sustainable energy while managing the challenges of energy security and affordability. Key Energy Sources in 2025: Hydropower – A traditional backbone of Sri Lanka’s electricity. Coal – Still a major player despite environmental concerns. Solar & Wind – Fast-growing renewable energy sectors. Other Renewables – Biomass and mini-hydro contributions. Hydropower: Sri Lanka’s Traditional Energy Giant Why Hydropow...

Why Does the Ceylon Electricity Board Have Frequent Blackouts?

Power outages can be frustrating, especially when they happen unexpectedly. If you live in Sri Lanka or have visited, you’ve likely experienced a Ceylon Electricity Board (CEB) blackout. But what exactly causes these disruptions? In this article, we’ll explore the key Ceylon Electricity Board blackout causes, from aging infrastructure to unexpected demand spikes. By understanding these issues, you can better prepare for future outages and even advocate for improvements. 1. Aging Power Infrastructure: The Root of Many Problems Outdated Transmission Lines and Equipment One of the biggest Ceylon Electricity Board blackout causes is its aging infrastructure. Many power lines, transformers, and substations were installed decades ago and haven’t been upgraded to meet modern demands. Corrosion and wear weaken transmission lines, leading to failures. Old circuit breakers may not respond quickly to surges, causing cascading outages. Lack of maintenance due to budget constraints increases failur...