Incandescent Light Bulbs 60 Watt

... as 2-3 old style 60W incandescent light bulbs. It doesn't mean this this... KM and the lightbulb is 60 Watt hours PER HOUR. So if... times more than a 60W incandescent light bulb.

... 100 watt incandescent bulbs into their ceiling fans that were made to only have 40 or 60 watt incandescent bulbs in... out the equivalent amount of light that the old 40 or 60 watt incandescent bulbs put out, there is not... enough wattage being used so some ceiling fan light fixtures...

Model: Feit Electric 60-Watt ST19 Dimmable Cage Filament Amber Glass E26 Vintage Edison Incandescent Light Bulb (MADE IN 2019) submitted by /u/MammothGood919 to r/lightbulbs [link] [comments]

I specifically need 60 watt, incandescent, frosted white bulbs. Standard light fixture base. I am in the USA. I've only found one on 1000bulbs.com but it has "silver" tip, which is completely opaque, which means I'd basically need a much larger wattage to compensate for the lost light. I understand the laws and regulations that are in effect for incandescent bulbs. Any leads? Thank you! submitted by /u/DisconcertingTablet to r/Lighting [link] [comments]

Okay I might have a problem but it turns out I like collecting light bulbs and am obsessed with the old filament style lights. Here are pictures of my favorite ones so far! Btw I have more cool incandescent ones on the way from 1000bulbs lol. submitted by /u/Classic_Silver_9091 to r/lightbulbs [link] [comments]

We changed out all the LED Light Bulbs in the house. Most light fixtures take a maximum of 60 watt bulb. They were not easy to find. We have a few led light bars to change. We keep them turned off unless they are needed. My constant headaches have all but gone My tinnitus has scaled down. My eyes no long have that fried feeling. I can sleep again. I started replacing my old bulbs with LED when they first came out. Thinking they would be longer lasting (They Are) and energy efficient. Now there are “Smart” LED light bulbs that can be programmed to turn on and off, with color hue control. The Smart lights use WiFi and Bluetooth. I run everything I can wired. (WiFi is bad) I turn off Bluetooth on any device that’s not using it. There are plenty of sources on the internet that discuss the issues with LED Light Bulbs. The Blue Light. The Frequency they operate. What happens when they malfunction. The over all heath effect they have on the body. Go see for yourself. The government has mandated that we replace all the old styles with LED. This seems to be yet another instance where the dollar takes precedent over our health and well being. submitted by /u/TiredTeck to r/lightbulbs [link] [comments]

Please help me locate places to buy 60 watt incandescent lightbulbs... I've been doing a lot of research and it's actually insane how these are literally nowhere. I don't want LED, I don't want appliance bulbs or specialty bulbs that are 2200k, I want standard 60 watt bulbs that emit 2700k white light and output about 800 lumens of light. Is there some way to secretly get these from china through some seller? Ebay/aliexpress/etc? submitted by /u/Cautious_Pomelo_1639 to r/lightbulbs [link] [comments]

had a LED bulb quit working and was in my light bulb stash...might be the last generation to have been homeowners before the widespread adoption of LED light bulbs. ive got piles of old incandescent bulbs, I have one in the crawlspace and one in the attic for the extremely infrequent short use and the environmental resistance, and that's it. I will never run out of them, my kids are going to inherit boxes of 40/60/100 watt incandescents and won't ever use them all up either.. submitted by /u/thai_ladyboy to r/GenX [link] [comments]

I have already tried the compatible A15 60 watt-equivalent LED bulbs listed on Lutron's compatibility site in my ceiling fan and all of these bulbs cause the lights to flash. Incandescent bulbs work fine but I'd like to find an LED bulb that works. submitted by /u/silvergirlsails63 to r/Lutron [link] [comments]

submitted by /u/Jazzlike_Royal_7392 to r/lightbulbs [link] [comments]

The Govee Christmas Sparkle Lights look amazing, and we want to do a project to replace the lights on our Prelit Christmas Tree. I am looking forward to the advantages of LED lights, and hoping the GOVEE lights don't have some of the disadvantages of cheaper LED lights. I am sensitive to the 60/120hz flicker in cheaper LED Lights. As we see it our current tree has 2.5v Incandescent lights, and the central pole breaks into 4 parts, with 4-6 AC two prong plugs on the polls. I think each poll has 1 AC plug, and the top one has 2 AC plugs for the lights, and the topper. Our tree is rated for 285.6 Watts worth of lights. Each light is a 2.5v and .43W, which should be 170mA. So if we divide 285.6 Watts/ .43W = 664 Lights. (+/- a few bulbs ) (We have been replacing the bulbs for years and are finally tired of the labor intensive process.) https://preview.redd.it/9ddehozvdh5g1.png?width=867&format=png&auto=webp&s=1cb62293437c66885e1d7c5d495f75f6283450c5 The tree has a UL rating of 435W, so the center pole/ trunk should be able to power a different string of lights and devices. The GOVEE 99ft product has a 5V * 3A or 15W power supply & 375 Lights The GOVEE 66ft product has a 5V * 3A or 15W power supply & 250 Lights It's my hunch that neither the 99ft, or 66ft string of lights use the full 15W, since 5/3 is a standard LED power supply size. Our tree has 4 parts. 1 of 4 - the top - est. 140 lights 2 of 4 - upper mid - est. 200 - 250 lights 3 of 4 - lower mid - est. 200 - 250 lights 4 of 4 - bottom - est. 250 lights We can't get an exact estimate since a number of the bulbs are out and we are counting bulbs by the watts they draw on each segment, and by the watts rating on the cords in the sections. So we ordered (2) 99ft [375 lights] sets, and (3) 66ft [250 lights] sets. We would love to have 1 string of lights per section of the tree, and to combine them as 1 group in the app but so far we think that is impossible, as the top section would then have a VERY high density of lights, almost 40% or 2x the density of the other sections. But still close to the original 140+250= 390 vs. the 375 on the tree. So our current plan is to use a 99ft [375] set for the top(1) and upper mid(2) and accept that if we want to store the lights on the tree that we won't be able to separate these two pieces. Then section 3 will have a 66ft [250] section to itself nearly matching the original. For Section 4, the bottom, we can either use a 66ft [250], or 99ft [375] depending on what looks better. I'm assuming it's the 66ft one, but ... we will have options. For a total of 875 Lights or more. For comparison, we were shopping for a new tree of 700-1200 lights for a ~8.5ft tree before we decided to do this project. I do wish there were more variety in set sizes or the ability to cut the string or lights to size. You can cut most RGB lighting strips, so I do wonder if it's possible to DIY adjust the size of the light strip. Concerns We are concerned that we will not be able to group all of the lights together and create a single tree lighting pattern or will not be able to use the AI light positioning feature of the app. The GOVEE site does not make it clear if you can combine and mix or match GOVEE Christmas Sparkle Light sets of different sizes. It also does not make it clear that combined sets can operate at one tree. It only states that the sets can be combined into a group. I am hoping Govee can clarify how this works. We spoke with a customer support representative and their answers indicated that IT WOULD WORK, but customer reviews on facebook, and amazon indicate different answers on the topic. IS THIS THE BEST APPROACH? I wonder if THIS IS THE WAY? Has anyone else had luck with a similar project? What challenges are we not seeing? submitted by /u/jdavid to r/Govee [link] [comments]

Can someone recommend me a separate dimmer to buy for this Avoalre-brand ( 7-watt incandescent bulb) outdoor strings lights? They are IP65 bulbs for outdoor use but the dimmer will be indoor. These light bulbs are not listed as dimmable but other buyers noted they bought a separate dimmer to go with them. They are warm white with color temperature of 4700 Kelvins but I find them too bright for garden mood lighting. I read online that I need to consider the total wattage that the dimmer will support (e.g. if I have two strings connected together I would need a dimmer that can support: 60 bulbs x 7 watts each bulb= total 420 watts) and that it's compatible with the listed 31 voltage, right? Could you point me to a dimmer available in Europe (the Netherlands) hopefully? submitted by /u/Mundane_Sink_8826 to r/homeautomation [link] [comments]

[Check Latest Arrivals rechargeable light bulbs on Amazon.] Best Rechargeable Light Bulbs 2025: Save Money Now! The rechargeable light bulb market is rapidly evolving, offering consumers a powerful way to reduce energy costs and prepare for power outages. Thes bulbs provide illumination even when the electricity goes out, making them a valuable asset for homes and businesses alike. With advancements in battery technology and LED efficiency, rechargeable bulbs are becoming brighter, longer-lasting, and more affordable than ever before. This thorough guide explores the best rechargeable light bulbs available in 2025, analyzing their features, benefits, and ideal use cases. We'll delve into key considerations like battery life, brightness, charging time, and overall value, helping you make an informed decision to save money and ensure reliable lighting during emergencies. [Explore Top Rated rechargeable light bulbs on Amazon.] Key Features Analysis The rechargeable light bulb market is now offering so manny products. Finding the one that suits your needs might be quite challenging. The following are important features you should look into before buying a rechargeable light bulb. Battery capacity: The battery capacity of a rechargeable light bulb is measured in milliampere-hours (mAh) and determines how long the bulb can operate on battery power alone. Higher mAh ratings indicate longer runtimes. Some models offer capacities ranging from 2200mAh to 3000mAh, providing several hours of continuous illumination during a power outage. It is indeed recommended to prioritize higher capacity for extended outage coverage. brightness and Lumen Output Brightness in LED bulbs is measured in lumens, not watts. Rechargeable light bulbs typically range from 600 to 800 lumens, equivalent to a traditional 60-watt incandescent bulb. This is sufficient for most general lighting applications. Some advanced models offer adjustable brightness settings, ensuring the right amount of light for different situations and conserving battery power. Charging Time and Methods Charging time is a critical factor for convenient use. Most rechargeable LED bulbs take between 5 to 8 hours to fully charge. Modern bulbs offer versatile charging options, including standard AC power, USB charging, and even solar charging. look for bulbs with indicator lights to show the charging status. Some models also recharge automatically when installed in a powered lamp socket. Light Color Temperature Light color temperature, measured in Kelvin (K), affects the ambiance of a room. Warmer light (2700-3000K) creates a cozy,inviting atmosphere,while cooler light (4000-5000K) is better for task lighting. Many rechargeable bulbs offer adjustable color temperature settings, allowing users to customize the lighting to their preference. Safety Features Safety is paramount with rechargeable light bulbs. Look for bulbs with built-in overcharge and over-discharge protection circuits to prevent damage and prolong battery life. High-quality bulbs also feature thermal management technology to prevent overheating during extended use. Surge protection is another essential feature to safeguard against power fluctuations. Lifespan and Durability LED bulbs, in general, are known for their longevity, and rechargeable models are no exception. High-quality rechargeable LED bulbs can last for 25,000 to 50,000 hours, providing years of reliable service. durable construction and robust materials ensure the bulb can withstand occasional impacts and temperature changes. [Explore Top Rated rechargeable light bulbs on Amazon.] Core Benefits The advantages of using rechargeable light bulbs are a lot from saving you money to providing backup during outages.The following are concrete benefits users get to enjoy using them. Emergency Preparedness: Rechargeable light bulbs provide immediate illumination during power outages, eliminating the need for candles or flashlights. This is particularly beneficial for households with elderly individuals or young children. Being able to see and move freely during an outage increases safety and reduces anxiety. Energy Savings: LED technology consumes substantially less energy than traditional incandescent bulbs. switching to rechargeable LED bulbs reduces electricity consumption,leading to lower energy bills. The long lifespan of LED bulbs also reduces the frequency of replacements, further saving money. Eco-Friendliness: Rechargeable LED bulbs are environmentally kind.They consume less energy, reducing carbon emissions. Their long lifespan minimizes waste associated with frequent bulb replacements.Some rechargeable bulbs also incorporate recycled materials, further promoting sustainability. Convenience and Versatility: rechargeable bulbs can be used in standard lamps and fixtures, offering seamless integration into existing lighting systems. they can be charged while in use, ensuring a constant supply of light.Some models can also be used as portable emergency lights, offering versatility for various applications. Cost Savings on Batteries: traditional flashlights and lanterns require disposable batteries, which can be costly and environmentally unfriendly. Rechargeable light bulbs eliminate the need for disposable batteries, saving money and reducing waste. The initial investment in rechargeable bulbs pays off over time through reduced battery costs. [Explore Top Rated rechargeable light bulbs on Amazon.] FAQs Section Here are some of the frequently asked questions about rechargeable light bulbs. How long do rechargeable light bulbs last on a single charge? The runtime of rechargeable light bulbs varies depending on the battery capacity and brightness setting. Most bulbs can provide between 3 to 6 hours of continuous light on a single charge. Some high-capacity models can last up to 8 hours or more. dimming the light can also extend the runtime. Can rechargeable light bulbs be used in any standard lamp fixture? Yes, most rechargeable light bulbs are designed with a standard E26 or E27 base, making them compatible with most standard lamp fixtures. However, it's essential to check the bulb's specifications and fixture compatibility before installation. ensure to use the right bulbs for open or closed fixtures. How do rechargeable light bulbs charge? Rechargeable light bulbs typically charge when installed in a powered lamp socket. When the power is on, the bulb functions as a regular LED bulb and charges its internal battery.Some models also offer USB charging or solar charging options for added convenience. Some bulbs have indicators that allow you to check the charging progress. Are rechargeable light bulbs safe to use? High-quality rechargeable light bulbs are generally safe to use. They incorporate safety features like overcharge protection, over-discharge protection, and thermal management to prevent damage and ensure safe operation. Look for bulbs from reputable brands that comply with safety standards. [Explore Top Rated rechargeable light bulbs on Amazon.] Competitor Comparison There are other rechargeable light bulbs available in the market today besides the one we have been focused on. Here is a comparison against two other products. Product Comparison Overview Our Featured Product Battery Capacity: 2600mAh for longer runtime Brightness: 800 lumens, adjustable brightness settings Charging Method: Standard AC power, USB charging Lifespan: 25,000 hours, durable construction Competitor A Battery Capacity: 2200mAh, shorter runtime Brightness: 750 lumens, fixed brightness Charging Method: Standard AC power only Lifespan: 20,000 hours, basic construction Competitor B Battery Capacity: 3000mAh, extended runtime Brightness: 800 lumens, adjustable color temperature Charging Method: Standard AC power, solar charging Lifespan: 30,000 hours, advanced thermal management Key Differences Summary Our featured product offers a balance of battery capacity, brightness, and charging options compared to Competitor A, which has lower specifications. Competitor B offers superior battery life and charging versatility but at a higher price point. For users prioritizing affordability and basic emergency lighting, our highlighted bulb is an attractive option, whereas the other competitor is better for extended outages and enhanced features. [Explore Top Rated rechargeable light bulbs on Amazon.] Ideal User Profile The following are user profiles that are likely to benefit the most from the rechargeable light bulb. Homeowners in Areas Prone to Power Outages: Individuals living in regions susceptible to frequent power outages, such as those caused by storms or natural disasters, will greatly benefit from rechargeable light bulbs. These bulbs will provide reliable lighting during emergencies, ensuring safety and convenience. Eco-Conscious Consumers: Environmentally aware consumers who are looking to reduce their carbon footprint will find rechargeable LED bulbs an attractive option. These bulbs consume less energy, reduce waste, and promote sustainability. Budget-Minded shoppers: Consumers who are looking to save money on energy bills and battery replacements will appreciate the long-term cost benefits of rechargeable LED bulbs. While the initial investment may be slightly higher, the reduced energy consumption and battery costs will result in significant savings over time. [Explore Top Rated rechargeable light bulbs on Amazon.] Buying Recommendations & Conclusion When deciding on which rechargeable light bulb to purchase, consider the frequency and duration of power outages in your area. A higher battery capacity bulb might be ideal for prolonged outages. If you have the financial means to select the higher capacity models, this could bring you greater value. the rechargeable light bulbs discussed here are ideal for users seeking reliable backup lighting, energy savings, and environmental friendliness. While not without minor limitations, their strengths in emergency preparedness, cost-effectiveness, and sustainability make them a worthwhile investment for any home or business. These products are a game changer for saving on your bills. [Shop Budget-Friendly rechargeable light bulbs on Amazon.] submitted by /u/JosephMitchREYI to r/RoadWarriorTalesA [link] [comments]

My prompt was: How long could a 10w LED light bulb be powered using the same amount of energy it will take you to answer this question. The reply was: Step 1: How much energy does it take for me (ChatGPT) to answer a question? While OpenAI hasn't released the exact per-response energy cost of ChatGPT, we can estimate based on known data: GPT-4-style models like mine are estimated to consume around 0.3 to 1 kWh per 1,000 prompts, depending on model size and hardware. For a basic, short answer like this, let's assume 0.01 kWh (10 Wh) to be generous. 💡 Step 2: How much power does a basic LED bulb use? A typical LED light bulb uses about: 10 watts (W) to produce the same brightness as a 60-watt incandescent bulb. 🕒 Step 3: How long would 10 Wh keep a 10 W LED bulb on? We can use the formula: ini Copy code Time = Energy / Power Time = 10 Wh / 10 W = 1 hour ✅ Final Answer: A basic 10-watt LED bulb could stay lit for about 1 hour using the same amount of energy it takes me to answer your question. If the answer was shorter or less complex, it might be 30–40 minutes. If more complex, up to 2 hours. Let me know if you want to calculate this for a different bulb size or more detailed estimate! submitted by /u/Ill-Year-3141 to r/ChatGPT [link] [comments]

[Check latest Arrivals medium base light bulb on Amazon.] Best Medium Base Light Bulb 2025: Top Picks & Reviews The medium base light bulb, also known as an E26 or edison base, is the most common type of light bulb used in homes and businesses worldwide. Its ubiquitous presence makes choosing the right one crucial for energy efficiency, cost savings, and overall ambiance.This review will explore the top medium base light bulbs expected too dominate the market in 2025, focusing on their features, benefits, and suitability for various applications. We'll analyze LED, incandescent, and other technologies to provide a comprehensive guide for making informed purchasing decisions. Key Features Analysis Choosing the right medium base light bulb involves understanding several key features that directly impact performance and suitability for your specific needs. Brightness (Lumens): Brightness is measured in lumens, a more accurate indicator than wattage, especially with energy-efficient LEDs. Higher lumens mean a brighter light. For general ambient lighting, consider bulbs with 800-1100 lumens. For task lighting, you may want 1600 lumens or more. The ideal brightness depends greatly on the size of the room and specific needs. Consider the fixture's maximum wattage rating before selecting a higher lumen bulb to avoid safety issues. Color Temperature (Kelvin): Color temperature,measured in Kelvin (K),influences the mood and atmosphere of a space. Lower Kelvin values (2700K-3000K) produce warm, yellowish light, ideal for bedrooms and living rooms, creating a cozy and relaxing environment. Higher Kelvin values (4000K-5000K) produce cool, bluish-white light, better suited for kitchens, offices, and bathrooms, providing a more energizing and focused ambiance. Daylight bulbs (6500K) are even bluer and can mimic daylight, improving visibility in workspaces. Energy Efficiency (Watts): Energy efficiency refers to how effectively a light bulb converts electricity into light. LEDs are significantly more energy-efficient than incandescent or halogen bulbs, using a fraction of the wattage to produce the same amount of light. Look for bulbs with a low wattage (e.g., 8-12 watts) that produce high lumens. This translates to lower electricity bills and a smaller carbon footprint. The energy efficiency rating is usually displayed on the bulb's packaging. Color Rendering Index (CRI): the Color Rendering Index (CRI) measures how accurately a light source reveals the colors of objects compared to natural sunlight. A CRI of 100 represents perfect color rendering. Bulbs with a CRI of 80 or higher are generally recommended for residential use, ensuring that colors appear accurate and vibrant. lower CRI values can make colors appear washed out or distorted. Lifespan (Hours): Lifespan refers to the estimated number of hours a light bulb will last before it needs to be replaced. LEDs typically have a much longer lifespan than incandescent or halogen bulbs,frequently enough lasting 15,000-25,000 hours or more. This reduces the frequency of replacements, saving time and money in the long run. The lifespan is usually printed on the bulb's packaging and can be a notable factor in the overall cost-effectiveness of the bulb. Dimming Compatibility: If you plan to use the light bulb with a dimmer switch, ensure that it is dimming compatible. Not all LEDs are created equal,and some may flicker or buzz when used with a dimmer switch that is not designed for them. Look for bulbs specifically labeled as "dimmable" and check the manufacturer's compatibility list to avoid issues. Using a compatible dimmer switch is essential for smooth and reliable dimming performance. Core Benefits Choosing the right medium-base light bulb can deliver ample benefits, ranging from improved energy efficiency to enhanced ambiance. reduced Energy Consumption: Switching from incandescent or halogen bulbs to LEDs can significantly reduce energy consumption. LEDs use up to 75% less energy than conventional bulbs, resulting in lower electricity bills and a smaller environmental impact. For example, replacing a 60-watt incandescent bulb with an 8-watt LED can save you over $10 per year in energy costs.Longer Lifespan: leds have a much longer lifespan than incandescent bulbs, often lasting 15,000 to 25,000 hours or more. This means fewer replacements, saving time and money. Moreover, the extended life reduces waste, contributing to a more sustainable lifestyle.This is especially beneficial in hard-to-reach fixtures where replacing bulbs can be a hassle. Enhanced Light Quality: Modern LEDs offer excellent light quality with accurate color rendering and consistent brightness. Unlike older LEDs that sometimes produced harsh or unnatural light, newer models are designed to mimic the warm, inviting glow of incandescent bulbs while offering superior energy efficiency. Instant On: Unlike some compact fluorescent lamps (CFLs), LEDs turn on instantly to full brightness, eliminating the warm-up time. This is especially useful in areas where you need immediate illumination, such as hallways or closets. The instant-on feature also enhances the user experience and improves safety. Durability and Safety: LEDs are more durable than incandescent or halogen bulbs because they do not have a fragile filament. They are also less likely to shatter if dropped,making them safer to handle and use,especially in areas frequented by children or pets. The solid-state design also makes them resistant to vibrations and impacts. FAQs Section Here are some frequently asked questions about medium base light bulbs: Are LED bulbs truly more energy-efficient than incandescent bulbs? Yes, LED bulbs are significantly more energy-efficient. A typical LED bulb uses about 75% less energy than an incandescent bulb to produce the same amount of light. This translates to substantial savings on your electricity bill over the lifespan of the bulb. Can I use any LED bulb with a dimmer switch? No, not all LED bulbs are compatible with dimmer switches. You need to look for bulbs specifically labeled as "dimmable." Even then, it's best to check the compatibility list provided by the bulb manufacturer to ensure smooth and flicker-free dimming performance. Using a non-compatible LED with a dimmer switch can cause flickering, buzzing, or premature failure. How do I choose the right brightness (lumens) for my room? the right brightness depends on the size of the room and the intended use. For general ambient lighting in a living room or bedroom, aim for 800-1100 lumens. For task lighting in a kitchen or office, you may need 1600 lumens or more. Consider the fixture's maximum wattage and choose a bulb that provides the desired brightness without exceeding the wattage limit. What does the color temperature (Kelvin) of a light bulb mean? The color temperature, measured in Kelvin (K), indicates the color of the light emitted by the bulb. Lower Kelvin values (2700K-3000K) produce warm, yellowish light, suitable for relaxing environments. Higher Kelvin values (4000K-5000K) produce cool, bluish-white light, better for focused tasks.Daylight bulbs (6500K) mimic natural daylight and are ideal for workspaces. Choose a color temperature that matches the mood and function of the room. Competitor Comparison Let's compare a hypothetical top pick medium base lightbulb with two similar products available on the market in 2025. Product Comparison Overview LuminaBright LED A19 Brightness: 800 lumens Color Temperature: 2700K (Soft white) Energy Efficiency: 8 watts Lifespan: 25,000 hours CRI: 90 Dimming: Fully dimmable EcoLite LED A19 Brightness: 750 lumens Color Temperature: 3000K (Warm White) Energy Efficiency: 7.5 watts Lifespan: 20,000 hours CRI: 80 Dimming: Limited dimming range EverGlow LED A19 Brightness: 850 lumens Color Temperature: 2700K (Soft White) Energy Efficiency: 8.5 watts Lifespan: 25,000 hours CRI: 85 Dimming: Fully dimmable Key Differences Summary LuminaBright LED A19 stands out with its high CRI of 90, providing exceptionally accurate color rendering, and its fully dimmable functionality. EcoLite LED A19 offers slightly better energy efficiency at 7.5 watts but has a lower CRI and a limited dimming range. EverGlow LED A19 provides comparable brightness and lifespan to LuminaBright but falls short with a lower CRI of 85 and slightly higher energy consumption.For users prioritizing accurate color representation and smooth dimming, LuminaBright presents a valuable advantage. Ideal User Profile The ideal user for a high-quality medium base light bulb like the hypothetical LuminaBright LED A19 falls into several categories. homeowners: Homeowners looking to reduce their energy bills and improve the ambiance of their homes will greatly benefit.the long lifespan and energy efficiency of LED bulbs mean fewer replacements and lower electricity costs, while the warm, inviting light creates a pleasant living space. they appreciate the ability to dim the lights to create the perfect mood. Businesses: Businesses seeking to lower operating costs and create a welcoming atmosphere for customers can also benefit significantly.Switching to energy-efficient LED lighting can result in substantial savings on energy bills, while the high CRI ensures that products and displays look their best. the durability of LEDs also reduces maintenance costs. Apartment Renters: Even renters can improve their living space and reduce expenses with LED lighting. even though they may not own the property, the long lifespan of LED bulbs means they won't have to replace them frequently, and the energy savings can still make a noticeable difference in their monthly bills. The ease of installation makes it a simple upgrade.## Buying Recommendations & Conclusion When considering medium base light bulbs in 2025, assess your needs regarding brightness, color temperature, CRI, and dimming capabilities. The luminabright LED A19, for example, is ideal for creating a warm and inviting atmosphere with accurate color rendering but might not be the best choice if ultra-high brightness is required. high-quality LED medium base light bulbs represent an favorable choice for users seeking to reduce energy consumption, enhance lighting quality, and lower maintenance costs. While initial costs might be slightly higher than traditional bulbs,their long lifespan and energy savings make them a worthwhile long-term investment.The combination of efficiency, longevity, and lighting quality makes them a staple for homes and businesses alike. [shop Budget-Friendly medium base light bulb on Amazon.] submitted by /u/AngelaBellREYI to r/HomeCookingAdventureA [link] [comments]

I want to be nice to the watts keeper. I'm trying. Trying....stick those watts up yer #@$. I need help finding a 60 watt equivalent lamp post for my yard? Why? New HOA elected officials decided to go around & decide my current one isn't bright enough. Currently, I have this one that I purchased Dec, 2021 I replaced batteries about 4 months ago. Has always worked fine. It's bright- so I thought. Lasts all night even in winter hours. Kemeco Solar Post Light Fixture https://a.co/d/5uE8vPm Back Story: Hardwire post had been kicking a breaker every time I had hard rain. I had it looked at several times by professional. It was suggested to cut the wire & get solar. I, myself, turned the electrical box located at house to a outdoor covered plug. It works great. Otherwise, the yard & under sidewalk would have to be dug up at a ridiculous price $1k+. So I bought this one. Honestly, I had no idea or solar education. With this particular light, the light bulb or light chips can't be replaced. The company has the entire top available to purchase. Later versions & styles are now replaceable. However, this doesn't resolve the brightness issues. It was required to be fixed by 6/16 but I informed HOA that it wasn't happening. I couldn't find an equivalent bc of watts is different from incandescent, etc. Also stated the saving of electricity, my other landscape lighting the lights up entire house plus my neighbors may dull the brightness. They claim the light is for emergency services to find my house....mailbox has number & house has a number with a light. Other neighbors have 100 watt+ bulbs in theirs that shines like a light house beacon. They are too cheap to do other landscape lights. No other commercial street lights are in my development so these lights are it! Hence my other lights. I asked for their suggestions & have heard ZERO. Not even a "thanks for info". In the past, my HOA has been relaxed & not out measuring yard grass. Everyone does their part actually. Dilemma: Can't find an equivalent light to buy under $300 & isn't a light beam. I guarantee you I will get a complaint of it being too bright. Can't figure out how to add lights or more power. Heck, I'd just stuff another solar light with a detached panel/battery inside & fake it somewhat. The glass is opaque. What is the old man doing to check my wattage? It's not like dim. I think I've got some lead way bc of the language in the requirements lacking solar (see below). I not sure where to go in that direction. Another option of rewiring with not digging 🤷‍♀️. I am pretty handy & fix most of my broken things- fridge, disposal, irrigation, etc. I live just below Wilmington, NC on the coast..aka salty air. At present time per the Architectual BS papers, it's states: Street Lamps A minimum of one street lamp shall be required to be placed at the driveway entry on each homesite. The lamp must be equipped with a sensor which turns the light on at dusk and turns it off at daylight. The ARC shall approve placement. Light bulbs must have an effective wattage of no less than sixty (60) and no more than (100) watts. It used to describe color & style but that got dropped. Please help. My eyes are crossing bc I looked at so many lights. submitted by /u/rrrosabudde55 to r/landscaping [link] [comments]

The light bulb in the pictures is an old 60-watt incandescent one. The photos are below. Size is in cm. I would like to buy an LED light bulb to replace it, and I need to know which model I should look for. Thanks https://preview.redd.it/81pwpapc6h3f1.jpg?width=4624&format=pjpg&auto=webp&s=6423e297c52849922fe4273fb11ac1647a7c5f56 https://preview.redd.it/718qh2gc6h3f1.jpg?width=4624&format=pjpg&auto=webp&s=7cef973c91bb1ad428604cabce524009c7152cd8 submitted by /u/thosecars82 to r/lightbulbs [link] [comments]

submitted by /u/Ok_Shock_3984 to r/ElectricalEngineering [link] [comments]

My dad has a dining room light fixture that holds 6 bulbs. He currently is using 9W (60 watt equivalent) LED, 800 lumen, A19 bulbs. They are too dim, even turned all the way up on the dimmer switch, they are just too dim. The fixture has a sticker that says use A19, 60 watt bulbs for each bulb spot. Question: Can I put A19, 15W LED (1600 lumens) (100 watt equivalent) bulbs in each of the 6 spots to make it much brighter? I get confused because the sticker says 60 watt max per bulb spot, but that is talking about incandescent lights, not LED lights, which consume much less energy. submitted by /u/jimmyandchiqui to r/Lighting [link] [comments]

I want a winter light in my chicken coop and solar is the only option. It needs to be a minimum 60-watt equivalent (compared to an incandescent). Temperatures are regularly 20 F and occasionally reach 0 F. Can I get the cheap panels and battery from Harbor Freight? It will not be used for anything but one, possibly two bulbs (I have two coops). What's a good option? submitted by /u/Jordythegunguy to r/OffGrid [link] [comments]

If you are under say 30yo, how or what do you look at for how bright a light bulb will be for your house? I am 'old' and I know if I want a 60 or 75 or 100 watt bulb. But those are not made anymore, now it is a 8 or 17 or something watt which replaces the bigger numbers. I have a box that says it is a 100w replacement at 17w. 100w isn't made, we have to buy the replacement sizes. (Yes I know the type has changed from incandescent to LED, but in the future we will probably primarily have LED). So are people that have never actually bought a 100 watt light bulb look at the actual LED wattages now and know they want a 17w, or do they keep looking at the old sizes? It seems like this is going to happen at some point, I am just wondering if it has already started for some. Edit: It looks like what I missed is that people are now using lumens instead of watts. I say now using because I have never gone shopping for a specific lumen and never had my father send me for it. I was shopping for a specific wattage in either daylight or cool white. Thanks for the insight. submitted by /u/prshaw2u to r/homeowners [link] [comments]

I really want to use this in my ebay room for better lighting and photos. The room is the "den" of my home built in south georgia in 1998. I know absolutely nothing about building or electricity so I'm sorry if I sound like an idiot. 200 watt just seemed like a lot. The website for the product says "fits standard light sockets". submitted by /u/smash_bandicooties to r/AskElectricians [link] [comments]

I'm starting to think that LED bulbs are basically a scam. I have replaced basically all bulbs in two places, which is like 15-20 bulbs in total and my experience sucks so far. 5 of them died. One died after few hours, another started to have blinking failure and the last one had occasional seizures, sometimes black outs and constantly was bellow 60 Hz. Four of these were typical "incandescent replacements" meaning 2700K, CRI/Ra 80 and ~800-1000 lm. Meanwhile, the last one was 2700K, 2500 lm, 80 CRI/Ra monstrous thing. The cost of all those failures is easily in 40 EUR ballpark and brands are Phillips and Osram. If looking at only cost of bulbs, then for those 5 failed bulbs I could have bought basic 60W halogen bulbs, which are 0,69 EUR each, meaning almost 58 bulbs. With energy costs compared, that would be less halogen bulbs, but still way more of them than LEDs with way longer lifespan combined. Beyond that, halogens have near perfect 99, something CRI/Ra and that is very apparent. Their light quality is simply superior. Even when compared to those fancy (and expensive) 90 CRI LEDs, halogens absolutely destroy them. So so far money is lost and spent on inferior products that don't pay off and even in lucky scenario of no more premature failures, they are 20-40 years before they may or may not pay off. In terms of waste, LED bulbs are a lot worse. For each bulb you have integrated circuit, hopefully large heatsink, plastic casing and plastic LED lenses. Dumping aluminum en mase sounds a lot worse than dumping incandescent/halogen, which basically have glass casing or two, thin metal wire and some halogen gases. So if they fail sooner than claimed, their waste is a lot worse than typical bulb's. And then there is a matter of their eventual aging failure. LEDs, unlike halogens/incandescents don't burn out, they should get dimmer and dimmer over time, but they may start to flicker or fail entirely. Anyway, if they dim over time, when then their CRI/Ra was measured when they were new, but after years, their color reproduction might or might not change or plastic lenses/diffuser might change color. So all in all, color reproduction either remains the same or gets worse, but brightness should get only worse, meaning that their light characteristics degrade badly over time and thus they might start to emit less than acceptable quality of light. All in all, it seems that if either of those things fail as predicted or fail worse, long term usage of LEDs might become undesirable or, due to not meeting light property expectations, become unpleasant enough so their "premature" replacement becomes no brainer in long term usage. It seems that user doesn't really win anything in long term and that it's just overall worse lighting solution than age old light bulb design. You are either get screwed economically, in terms of light quality and certainly in way worse type of waste. Only in super limited scenarios they might be fine, but with some sacrifices that will eventually have to be made. I'm disappointed and they just seem like a sucky solution at being "modern" or "green" lighting. The best scenario for them is when you buy them for something that other bulbs can't do. You want over 3000 lumens in basic fixture? There are bulbs for you. You want 6500K or higher temperature bulbs? Well, you have no other options. You want semi-usable super low wattage bulb (4 watts or less)? There are plenty of LEDs. You want RGB bulbs? LEDs are your only option (but still somewhat poor, due to how distorted adjustments will get over time due to uneven wear on three separate LEDs). Unfortunately, all these scenarios are far from any kind of realistic, long term basic replacement for incandescents/halogens, which are dirt cheap, trump at color reproduction and are actually cheaper in long term and are less bad kind of waste. Edit: And the big irony so far is that some remaining incandescents/halogens clearly survived a lot more than advertised 1000 hours and did 3000 hours or more instead, even if they were frequently turned on and off. Some were fine for literal years of usage. Edit 2: Found some nice reads about reliability of LED bulbs: https://hackaday.com/2019/02/05/what-happened-to-the-100000-hour-led-bulbs/ https://illuminated-gardens.com/what-can-cause-premature-failure-of-led-lighting-fixtures/ https://putaroofoveryourhead.com/why-do-led-bulbs-fail-after-less-than-a-year/ https://www.powerelectronictips.com/teardown-60-w-equivalent-led-bulbs/ Edit 3: Latest failed Osram bulb had cracked housing plastic and from failure type looks like it has bad driver likely due to poor design. Edit 4: Link to explain why CRI is important and how it may be deceptive: https://www.waveformlighting.com/tech/what-is-cri-r9-and-why-is-it-important/ submitted by /u/The_red_spirit to r/Environmentalism [link] [comments]

submitted by /u/canausernamebetoolon to r/Frugal [link] [comments]