Refrigerator: Off Or Unplug? Energy & Food Safety

Refrigerators, known for their consistent operation, need assessment when considering temporary pauses through turning off versus complete power disconnection via unplugging; energy consumption concerns typically push homeowners to switch off the refrigerator, while maintenance crews advocate unplugging to prevent electrical hazards; power outages are examples when refrigerators should be unplugged, because refrigerators compressors might be damaged by power surges when electricity returns; food spoilage becomes a significant factor that differentiates turning refrigerator off versus unplugging, because refrigerators that are turned off may maintain cold temperatures longer compared to unplugging the refrigerator, due to gradual warming rather than immediate temperature increase.

Okay, let’s be real. We’ve all got that one appliance in our kitchen that’s always humming away in the background, silently doing its job without so much as a thank you, right? Yep, I’m talking about your refrigerator. It’s the unsung hero, the cool cat (pun intended!) keeping our food fresh and our leftovers edible.

But here’s the thing: we often take our refrigerators completely for granted. We expect them to just work, day in and day out. We don’t really think about how much energy they’re using, whether they’re running efficiently, or if we’re even storing our food safely inside. It’s like that reliable friend who always has your back, but you forget to call – a little appreciation can go a long way!

Understanding your refrigerator’s energy use, safety features, and how to keep it in tip-top shape is super important. Why? Because a well-maintained fridge isn’t just a happy fridge; it’s also a money-saving, food-safety-championing fridge! Neglecting your refrigerator can lead to some serious consequences. Think about it: wasted energy translates into higher electric bills, and improper food storage? Well, that can lead to some unpleasant consequences (nobody wants a fridge full of science experiments or a surprise visit from food poisoning!). In this post, we will explore how to keep your fridge in good condition for longer, which will impact your household energy bills and food safety.

So, let’s dive in and give our refrigerators the attention they deserve. Trust me; a little refrigerator know-how can make a big difference in your wallet, your health, and the planet!

Refrigerator Rundown: Key Components and How They Work

Ever wondered how that magical box keeps your milk cold and your lettuce crisp? It’s not actually magic, but a rather clever application of science! At its heart, a refrigerator is like a heat-moving machine. It doesn’t create cold; it removes heat from inside, dumping it outside your fridge. Let’s take a peek under the hood (figuratively, please don’t take your fridge apart!) to see the key players in this cooling drama:

The Compressor: The Heart of the Cooling System

Think of the compressor as the heart of your refrigerator. It’s the powerhouse that drives the entire cooling process. Its job is to compress the refrigerant, a special fluid, turning it into a high-pressure, hot gas. This compression is crucial because it allows the refrigerant to effectively transfer heat later on. Imagine squeezing a balloon – the air inside gets warmer, right? Same principle here! The compressor pumps this hot, high-pressure refrigerant throughout the system.

Refrigerant: The Cooling Courier

This is the VIP that travels through the refrigerator’s system, picking up and dropping off heat like a tireless courier. Refrigerants are specially designed to easily change between liquid and gas states, absorbing heat when they evaporate and releasing heat when they condense. It’s a closed-loop system, so the refrigerant is constantly recycled. Handling refrigerants responsibly is key – older types could damage the ozone layer, so always rely on qualified technicians for repairs.

Condenser Coils: Heat’s Great Escape

Now that the refrigerant is hot and under pressure, it’s time to get rid of that heat! The condenser coils, usually found on the back or bottom of your refrigerator, act like radiators. As the hot refrigerant flows through these coils, it releases heat into the surrounding air. You might feel this warmth if you reach behind your fridge. This process causes the refrigerant to cool down and condense back into a liquid.

Evaporator Coils: The Chill Zone

On the flip side, we have the evaporator coils, located inside your refrigerator. Here, the liquid refrigerant undergoes a phase change, transforming into a gas. This evaporation process absorbs heat from inside the refrigerator, making the interior cold. Think of it like sweat evaporating from your skin – it cools you down. The evaporator coils are the reason why your ice cream stays frozen and your drinks are refreshingly chilled.

The Thermostat: The Temperature Regulator

Finally, the thermostat is the brain of the operation. It’s a temperature-sensitive switch that monitors the inside of your refrigerator and tells the compressor when to turn on and off. When the temperature rises above the set point, the thermostat kicks the compressor into action. Once the desired temperature is reached, it shuts the compressor down. This ensures that your refrigerator maintains a consistent and safe temperature for your food.

Important Note: Every refrigerator model is a little different. So, before you go tinkering (or even just trying to understand how things work), always consult your manufacturer’s instructions. They contain valuable information about your specific appliance, including safety guidelines and maintenance tips. This will ensure optimal efficiency and safety in usage.

Decoding Energy Consumption: Watts, Usage Patterns, and What Affects Them

Alright, let’s talk about what really goes on behind that cool door – energy consumption! It’s not just magic keeping your ice cream frozen; it’s a constant hum of electricity. Understanding this is like unlocking a secret code to lower your bills and be a bit kinder to the planet.

First things first, refrigerators are energy-guzzling ninjas. They might seem quiet and unassuming, but they’re working 24/7. So, how much juice are we talking about, and what makes that meter spin faster? Let’s break it down:

• Age of the Refrigerator: Think of it like this: a vintage car looks cool, but it’s probably not winning any fuel efficiency awards. Older refrigerators are energy dinosaurs compared to their modern, sleek cousins. They simply weren’t built with efficiency in mind!

• Temperature Settings: This one’s a no-brainer. The colder you want it, the harder it has to work. Cranking up the chill is like flooring the gas pedal – fun for a second, but costly in the long run.

• Frequency of Door Openings: Every time you swing that door open, you’re letting cold air escape and inviting warm air in for a visit. Your fridge then has to scramble to cool everything back down. Each opening is a mini energy crisis! Think of it as letting all the air conditioning out of your house on a hot day.

• Refrigerator Load: Surprisingly, a full fridge is more efficient than an empty one. That’s because the food inside acts like thermal mass, helping to maintain a consistent temperature. An empty fridge has to work harder to cool air constantly. It’s like the difference between heating a single room versus an entire house.

• Ambient Temperature: If your fridge is in a hot garage or baking in direct sunlight, it’s going to sweat… and work overtime. A hotter environment makes it much harder to keep the inside cool. Location, location, location!

• Defrost Cycle: That automatic defrost feature is convenient, but it also uses a significant amount of energy. It’s like hitting the turbo button – a burst of power to melt the ice, but it comes at a cost.

Finding the Energy Consumption Info

So, how do you know what kind of energy hog you’re dealing with? Look for the Energy Guide label. It’s usually a bright yellow sticker plastered somewhere on the fridge. This label tells you the estimated annual energy consumption in kilowatt-hours (kWh). The lower the number, the less energy it uses. It also gives you an idea of how it compares to similar models. It’s like the nutritional label for your refrigerator!

Getting a Little Nerdy: Measuring Power Consumption (Optional)

Want to get really scientific? You can use a “kill-a-watt” meter. This handy little gadget plugs into the outlet, and then you plug your fridge into the meter. It measures the actual power consumption of your refrigerator over time. It’s like having a personal energy auditor for your fridge! This gives you a real-world picture of how much energy your fridge is actually using, which can be eye-opening.

Maximizing Efficiency: Simple Tricks to Decrease Your Refrigerator’s Energy Consumption

So, you’re ready to wrangle that energy-guzzling fridge of yours? Awesome! Let’s dive into some easy-peasy tips that’ll have your refrigerator working smarter, not harder. Think of it as sending your fridge to energy-saving boot camp – but without the push-ups.

• Optimal Temperature Settings: Listen up, because this is Fridge 101. The ideal temperature for your refrigerator should be around 37°F (3°C), and your freezer should aim for a cool 0°F (-18°C). Why these numbers? They’re the sweet spot for keeping your food fresh and safe without overworking the appliance. Grab a refrigerator thermometer to double-check – it’s like giving your fridge a health checkup. And, please do not overdo it! Setting your fridge to the lowest temperature hoping your food will last longer can be counterproductive, it will simply consume more energy without any tangible benefit.

Tips and tricks

• Regular Defrosting: Remember those old-school refrigerators that seemed to generate their own little ice age inside the freezer? Yeah, those need some TLC (Tender Loving Care). Manual defrosting is crucial to keep them running efficiently. Too much ice buildup is like making your fridge wear a heavy winter coat year-round. Unplug it, let the ice melt (you can speed things up with a bowl of hot water), and wipe it down. Your fridge will thank you – and your electricity bill will too.
• Door Discipline: Every time you open that refrigerator door, you’re letting cold air escape and inviting warm air in. It’s like opening a window in the middle of winter! So, practice door discipline: minimize how often you open it, and close it quickly. Plan your fridge raids beforehand – a quick peek is okay, but avoid standing there with the door open while you contemplate your snack options.
• Proper Sealing: That rubber gasket around your refrigerator door is more important than you think. It’s the gatekeeper, preventing cold air from escaping. Check it regularly for cracks or damage. If it’s worn out, replace it! A new seal is like giving your fridge a cozy blanket, keeping the cold where it belongs. A simple test: close the door on a dollar bill, if you can easily pull it out, its time to change the seal.
• Cleaning Coils: Dust bunnies aren’t just a nuisance; they can also make your refrigerator work harder. Condenser coils (usually located on the back or bottom of your fridge) dissipate heat. When they’re covered in dust, they can’t do their job efficiently. Vacuum or brush them off every six months to keep your refrigerator running cool. It’s like giving your fridge a breath of fresh air.
• Strategic Placement: Where you put your refrigerator matters! Avoid placing it near heat sources like ovens, stoves, or direct sunlight. A refrigerator next to a hot oven is like asking it to run a marathon in the desert. Find a cool spot for your fridge to hang out – it’ll thank you by using less energy.
• Organized Storage: A well-organized refrigerator is an efficient refrigerator. Arrange items to allow for proper air circulation. Don’t overcrowd the shelves – cold air needs room to circulate. It’s like giving your fridge a little breathing space. Plus, you’ll be able to find that jar of pickles much faster.

Modern fridges

• Energy-Saving Features in Modern Refrigerators: Lucky enough to have a newer refrigerator? You might already be enjoying some energy-saving bells and whistles like adaptive defrost (which only defrosts when needed) and variable-speed compressors (which adjust cooling based on demand). These features are like giving your fridge a PhD in energy efficiency! Read your refrigerator’s manual to learn how to make the most of these features.

Calculating Costs and Savings: Understanding the Financial Impact

Okay, so you’re finally ready to see if all this fridge fuss is actually worth it, right? Let’s get down to brass tacks and figure out how much your cool companion is really costing you, and more importantly, how much you could be saving. Trust me, once you see those numbers, you’ll be itching to put these tips into action!

Figuring Out Your Fridge’s Thirst for Electricity

First things first, you need to know how much juice your refrigerator is guzzling. This info is usually hiding on a sticker somewhere on the fridge itself, often near the back or inside one of the doors. Look for either the wattage or the kilowatt-hour (kWh) rating. If you find wattage, don’t sweat it, we can still work with that!

Next up, you need to play detective and find out the average electricity cost per kWh in your neck of the woods. Your electricity bill is the best place to start or you could try searching online for “[your area] average electricity cost per kWh.” This number is what the utility company is charging you for every kilowatt-hour of energy you use, so it’s pretty important to have it when figuring out energy costs.

Crunching the Numbers (Don’t Worry, It’s Not Scary!)

Alright, math time! But I promise, it’s super simple. Here’s the basic formula:

1. If You Have Wattage:

   • (Wattage / 1000) x Hours Used Per Day x Electricity Cost Per kWh = Daily Cost
   • Daily Cost x 365 = Estimated Annual Cost
   • Example: Let’s say your fridge is rated at 150 watts, runs 12 hours a day (compressors don’t run constantly), and your electricity costs $0.15 per kWh.
   • (150/1000) x 12 x $0.15 = $0.27 per day
   • $0.27 x 365 = ***$98.55 per year***
2. If You Have kWh Rating:
   • kWh Per Year x Electricity Cost Per kWh = Estimated Annual Cost
   • Example: Let’s say your fridge uses 400 kWh per year and your electricity costs $0.15 per kWh.
   • 400 x $0.15 = ***$60.00 per year***

See? Not so bad, right?

The Joy of Savings: Money in Your Pocket!

Now for the fun part: let’s talk savings! Imagine you put all those energy-efficient tips into practice like setting the optimal temperature, cleaning those coils, and making sure that door seals properly. Let’s say you were able to reduce your refrigerators total energy usage by 20%.

• Continuing from Wattage example: $98.55 x 0.20 = ***$19.71 per year savings***
• Continuing from kWh rating example: $60.00 x 0.20 = ***$12.00 per year savings***

That’s money back in your pocket!

And hey, if you’re rocking a fridge from the Stone Age, upgrading to a newer, Energy Star certified model could save you even more. Newer models are designed to be super energy-efficient. You could save hundreds over the fridge’s lifespan. The government and many energy providers offer rebates for new appliances, which are always worth looking into.

So, there you have it! A little bit of math, a little bit of effort, and a whole lot of savings. Go forth and conquer that energy bill!

Electrical Safety First: Outlets, Cords, and Circuit Breakers

Okay, let’s talk about something super important: keeping you safe when it comes to your fridge and electricity. It might seem boring, but trust me, a little knowledge here can save you from a shocking experience (pun intended!).

Dedicated Outlet: Giving Your Fridge Its Own Space

Think of your refrigerator as that one friend who needs their personal space. It’s essential to plug your fridge into a dedicated outlet. Why? Because refrigerators draw a significant amount of power, and sharing an outlet with other appliances can overload the circuit. Overloaded circuits are a fire hazard, and nobody wants that! Avoid power strips where possible, because they are often underrated for high-amp appliances.

Proper Connections: Grounding is Good

Make sure that outlet is properly grounded! Grounding provides a safe path for electricity in case of a fault, protecting you from electrical shock. A properly grounded outlet is non-negotiable for safety. If you’re not sure, call a qualified electrician to check it out.

Power Cord Inspection: Keep an Eye on That Cord

Think of your refrigerator’s power cord as its lifeline. Regularly check it for any signs of damage, like fraying or cracks. If you spot anything suspicious, don’t risk it – replace the cord immediately! You can usually find replacement cords at most hardware stores or appliance repair shops.

Extension Cords: Use With Caution

Ideally, you want to avoid extension cords altogether for your refrigerator. But, hey, life happens. If you absolutely must use one, make sure it’s a heavy-duty extension cord that’s rated for appliance use. Those flimsy, thin extension cords? They’re a big no-no. Ensure the cord is rated for the amperage of your refrigerator (check the appliance’s label).

Circuit Breaker Awareness: Your Electrical Guardian Angel

Your circuit breaker is like a guardian angel, protecting your home from electrical overloads and short circuits. It’s important to know where your circuit breaker box is and which breaker controls your refrigerator’s outlet. If the breaker trips frequently, it could be a sign of a problem, like an overloaded circuit or a faulty appliance. Don’t ignore a tripping breaker; investigate the cause.

GFCI Outlets: Extra Protection in Damp Areas

If your refrigerator is in a damp area like a garage or basement, consider using a GFCI (Ground Fault Circuit Interrupter) outlet. GFCI outlets are designed to quickly cut off power if they detect a ground fault, providing an extra layer of protection against electrical shock. It’s an excellent precaution, especially in environments where water is present.

Safety Precautions: Common Sense is Key

• No Wet Hands: This seems obvious, but never touch the refrigerator with wet hands. Water and electricity don’t mix, period.
• Avoid Direct Spray: Avoid spraying water directly onto the refrigerator’s electrical components when cleaning. Use a damp cloth instead.
• Electrical Shock: If you ever experience an electrical shock when touching your refrigerator, immediately disconnect it and call a qualified electrician. Don’t try to troubleshoot it yourself – your safety is the priority.

Following these electrical safety tips will help ensure your refrigerator runs safely and efficiently for years to come. Stay safe, and keep your kitchen humming!

Food Safety and Spoilage Prevention: Your Fridge, Your Food’s Best Friend

Alright, let’s talk about the really important stuff – keeping your grub safe and sound! Your refrigerator isn’t just a place to stash leftovers; it’s your first line of defense against those nasty little critters that can turn a delicious meal into a stomach-churning nightmare. Inadequate refrigeration? That’s basically an open invitation for trouble.

The Perils of Warm Temps: Bacterial Growth Gone Wild

Ever wonder why we’re so picky about fridge temperature? Well, here’s the deal: bacteria. They’re everywhere, and they love to party at room temperature. Below 40°F (4°C), most of them slow down their boogie, but above that? It’s like a bacteria rave, and the guest of honor is foodborne illness. Nobody wants that, trust me! From mild discomfort to serious health issues, spoiled food is something you definitely want to avoid. It is very important to keep food below the temperature of 40°F (4°C)

Food Storage Strategies: Playing Tetris with Your Groceries

So, how do we keep those microscopic party crashers away? Simple: strategic food storage.

• Proper Temperature is Key: 40°F (4°C) or below, remember? Get a fridge thermometer – it’s a cheap investment in your well-being!
• Coldest Zones are Important: Those are for the most perishable items. Think milk, meat, seafood, and anything that wilts faster than your enthusiasm on a Monday morning.
• Airtight Containers are Important: These aren’t just for neat freaks; they’re essential for preventing cross-contamination, moisture loss, and that weird fridge smell that defies description.
• FIFO (First In, First Out): Pretend you’re a grocery store employee and rotate your stock! Older items go to the front, newer ones to the back. No more discovering science experiments in the back of your fridge!
• Expiration Dates: Heed these, they are important for your health. When in doubt, throw it out.

Mold Monsters: Banishing the Fuzzy Invaders

Ugh, mold. The unwelcome guest that turns your perfectly good leftovers into a fuzzy, science-fiction horror show.

• Prevention is better than cure: A clean, dry fridge is a mold’s worst nightmare.
• Cleaning Time: If mold strikes, don’t panic. A simple solution of mild detergent and water will do the trick. Just make sure to dry everything thoroughly afterward.
• Discard with Discretion: If food shows any signs of mold, it’s gotta go. Seriously, don’t even think about scraping it off and eating the rest.

Cleaning Your Fridge: A Chore You Can’t Skip!

Okay, nobody loves cleaning the fridge, but it’s a necessary evil. Here’s the drill:

1. Unplug, Unload, Unleash: Safety first! Unplug the fridge, remove all the food (a great time to toss out the expired stuff!), and take out the shelves and drawers.
2. Wash and Rinse: Warm water and a mild detergent are your weapons of choice. Scrub those interior surfaces like you mean it! Rinse with clean water to remove any soap residue.
3. Dry It All: Use a clean cloth or paper towels to dry everything completely. Moisture is mold’s best friend, remember?
4. Seal the Deal: Give those door seals some love with a damp cloth. Clean seals mean a tighter seal, which means a colder fridge!
5. Exterior Elegance: Don’t forget the outside! Wipe down the exterior with the same mild detergent solution.

Maintenance Matters: Extending the Life of Your Refrigerator

Okay, let’s talk about refrigerator longevity. We want our trusty food preserver to stick around, right? It’s like having a reliable friend who always keeps your drinks cold (pun intended!). Regular maintenance is the secret sauce to achieving this, and it’s way easier than you might think. Think of it as giving your fridge a little spa day, every now and then.

The Fantastic Four of Fridge Maintenance

There are four key areas to focus on to keep your refrigerator humming happily for years to come:

1. Coil Cleaning: The Dust Bunny Busters

   Those condenser coils in the back (or sometimes underneath) of your fridge are like the refrigerator’s lungs. They release heat, and if they’re covered in dust, they can’t breathe properly. This makes your refrigerator work harder, guzzling more energy and shortening its lifespan. Aim to clean those coils every 6-12 months. Unplug the fridge, grab a vacuum cleaner with a brush attachment, and gently remove all that accumulated dust and grime. It’s weirdly satisfying, like popping bubble wrap!

2. Door Seal Inspection: The Air Leak Detectives

   The door seals, or gaskets, are the rubbery strips that create an airtight seal when the door is closed. If these seals are cracked, brittle, or damaged, cold air will leak out, and warm air will sneak in. This forces your refrigerator to work overtime. Regularly inspect the door seals for any signs of damage. A simple test? Close the door on a dollar bill. If you can easily pull the bill out, the seal is probably compromised. Fortunately, replacing door seals is usually a DIY-friendly task.

3. Interior Cleaning: The Mold and Mildew Mop-Up

   Let’s face it, refrigerators can get a little messy. Spills happen, and sometimes forgotten leftovers lurk in the back corners. Regular interior cleaning not only keeps your food fresh and safe (as we discussed earlier!) but also prevents the growth of mold and bacteria, which can shorten your refrigerator’s lifespan. Aim to clean the interior every few months, using a mild detergent and water solution. Don’t forget to wipe down the shelves, drawers, and door compartments.

4. Drainage System: The Clog Crusher

   Most refrigerators have a small drain hole in the back, which helps to remove condensation. If this drain hole gets clogged with food particles or debris, water can build up inside the fridge, leading to unpleasant odors and potential damage. Use a pipe cleaner or a small, flexible wire to clear the drain hole regularly. You might be surprised by what you find!

Factors Influencing Lifespan

Beyond regular maintenance, several factors can affect how long your refrigerator lasts:

• Build Quality: Some refrigerators are simply built better than others. Research brands and models known for their reliability.
• Usage Patterns: Opening the door frequently, overloading the refrigerator, and setting the temperature too low can all shorten its lifespan.
• Location: Refrigerators placed in hot or humid environments will generally not last as long.
• Luck: Sometimes, despite your best efforts, appliances just give out.

However, by following these maintenance tips, you’ll drastically improve the odds of your refrigerator living a long and prosperous life, keeping your food fresh and your energy bills low!

Special Situations: Life Throws You Curveballs, Your Fridge Shouldn’t!

Okay, so you’re going on a well-deserved vacay? Or maybe a surprise power outage has decided to crash your dinner party? Whatever the case, your fridge might need a little extra TLC. Let’s dive into those special scenarios and keep your food (and sanity) intact.

Extended Absence: Bon Voyage, Fridge!

Picture this: you’re off to sandy beaches, mountain trails, or maybe just visiting the in-laws (brave soul!). The last thing you want is a science experiment brewing in your fridge while you’re gone. Here’s the game plan for extended absences:

• Empty the Fridge: Seriously, take everything out. Toss the questionable leftovers, donate the unopened goodies, and give your fridge a blank slate.
• Unplug It: No need to let it sip electricity while you’re gone. Unplugging it is like giving your fridge a vacation too!
• Clean It Like You Mean It: Wipe down every shelf, drawer, and crevice. A sparkling clean fridge is less likely to grow funky stuff while you’re away.
• Prop the Door Ajar: This might sound weird, but leaving the door slightly open prevents mold and mildew from throwing a party inside. A rolled-up towel works perfectly!

Downtime: When the Fridge is on the Bench

Sometimes, a fridge needs a break. Maybe you’re upgrading, renovating, or just have an extra in the garage. Proper storage during downtime is key.

• Thorough Cleaning: Before its long nap, give it the same deep clean as for an extended absence.
• Dry it completely: Moisture is the enemy! Ensure every surface is bone dry to prevent mold.
• Door Ajar: Again, prop that door open to allow air circulation.
• Storage Location: Store the fridge in a clean, dry place, away from extreme temperatures or humidity. Ideally, indoors is best.
• Wrap it up: If storing in a garage or potentially dusty area, consider covering the fridge with a breathable cloth to protect it from dust and pests.

Power Outages: Don’t Panic, Keep the Door Shut!

Uh oh, the lights went out. Don’t worry, your fridge can handle a temporary power hiccup, but speed is crucial.

• Keep the Door Shut: This is your number one priority. Every time you open that door, you’re letting precious cold air escape.
• Time is of the Essence: A full refrigerator can usually keep food safe for about 4-6 hours if the door stays closed. A half-full fridge, maybe only 2-3 hours.
• Cooler to the Rescue: If the outage stretches beyond that timeframe, break out the coolers and ice. Prioritize highly perishable items like meat, dairy, and eggs.
• When in Doubt, Toss it Out: When power returns, carefully inspect your food. If you’re unsure about something, err on the side of caution and toss it. Food safety is non-negotiable!

Standby Power/Phantom Load: The Sneaky Energy Vampire

Even when your fridge seems off, it might still be slurping a tiny bit of electricity. It’s like a vampire but with watts! This is called standby power or phantom load.

• Unplug to Unplug: The only way to completely eliminate this phantom load is to unplug the refrigerator. It’s a small thing, but over time it can add up, especially if you have an older model.
• Consider a Power Strip: For appliances you regularly unplug, a power strip with an on/off switch can be a convenient way to cut off power without constantly yanking the plug.

So, next time you’re dealing with a fridge that needs a break, remember the key differences between switching it off and unplugging it. Whether you choose to simply turn it off or go the extra mile and unplug it, knowing the implications can save you from potential headaches (and maybe even a higher electricity bill!). Happy chilling!