Does a Heated Throw Use a Lot of Electricity? Unveiling the Energy Impact

 

As the seasons change and the colder months approach, many of us look for cost-effective ways to stay warm and comfortable in our homes. A heated throw is an increasingly popular choice, offering personalised warmth and snugness without the need to heat an entire room. Some might worry that using an electric blanket regularly would lead to high electricity bills, but is that really the case?

Understanding how a heated throw operates can help alleviate concerns about excessive electricity consumption. These blankets are designed with energy efficiency in mind, using low-voltage electricity to provide targeted heat. It's important to consider not just the comfort they offer, but also the cost implications of their use and the practical aspects of incorporating one into your daily routine. Safety is also paramount; modern heated throws are constructed with advanced safety features to minimise any risk of fire or burns.

Key Takeaways

• Heated throws offer targeted warmth that can be energy efficient.
• The cost to run a heated throw is generally low, but will vary based on usage.
• Safety features in modern heated throws address potential health risks.

Understanding Electric Heated Throws

In our focus on electric throws, we’ll explore what sets them apart from traditional electric blankets and delve into their design, efficiency, and style.

What Is a Heated Throw?

A heated throw is a type of bedding designed to provide targeted warmth and comfort. It's typically smaller than an electric blanket, making it ideal for wrapping around oneself whilst lounging. These throws often come in a variety of materials, with  sherpa being a popular choice for its luxurious feel and aesthetic appeal. When it comes to technical specifications, heated throws are equipped with wiring that heats up when electricity is passed through, usually controllable with an attached remote.

Comparing Heated Throws and Electric Blankets

Although heated throws and electric blankets serve a similar purpose, they differ in several aspects.  Electric blankets are designed to be spread over the bed to provide warmth throughout the night, whereas heated throws are more for personal use and versatility around the home. In terms of  size,  electric blankets typically fit standard bed dimensions, while heated throws are smaller and more manageable for casual use.

The  designs and  style of heated throws tend to be more varied and decorative, as they double up as a functional accessory for furniture. This variety ensures that one can find a throw to match their personal  style or the decor of the room. On the other hand, electric blankets usually have a straight forward design as they are meant to be covered with other bedding.

By considering the specific needs and uses, one can determine whether a heated throw or an electric blanket is the better choice for their home.

 

 

Technical Aspects of Heated Throws

In this section, we explore the technicalities of heated throws, ranging from energy consumption to advanced safety mechanisms, giving you a comprehensive understanding of what goes into the operation and efficiency of these comfort devices.

Energy Consumption Metrics

The  average power rating for a heated throw is typically around  100 watts (0.1 kW). When examining energy usage, we consider thekilowatt-hour (kWh) metric, which represents the energy consumption over time. To calculate the electricity used, we multiply the throw's wattage by the number of hours used and then divide by 1,000 to convert watts to kilowatts. This figure can be multiplied by your electric bill rate to determine the cost impact on your  energy bills.

Heat Settings and Control Features

Heated throws often come with multiple  heat settings, allowing us to adjust the temperature to our comfort level. This is usually managed via a handheld  control featuring a  thermostat, ensuring consistent warmth. Some throws include a  timer, making it possible to programme the blanket to turn off after a certain period, enhancing convenience and energy savings.

Safety Mechanisms

Our priority is safety, and modern heated throws are equipped with various mechanisms to prevent accidents. These include  overheating protection, which automatically turns off the throw if it gets too hot. The presence of a control unit with an  automatic shut-off feature further safeguards against potential hazards, assuring us of a safer heating experience.

By understanding and utilizing these features mindfully, we can enjoy the warmth of a heated throw without significantly increasing our  electricity bill.

Cost Analysis

In assessing the cost-effectiveness of a heated throw, we must consider its running costs, the potential impact on our electricity bills, and weigh the value of long-term investment against immediate comfort benefits.

Running Costs and Energy Efficiency

Heated throws can be surprisingly energy-efficient. For example, some models boast running costs as low as 1p per night, with various heat settings and auto shut-off features to minimise energy use. When evaluating efficiency, we must consider both the wattage of the electric throw and the frequency of use.

Typical Energy Consumption:

• Power: 100W electric blanket
• Cost to run: Approximately 3p per hour (based on April 2022 prices)

Considerations:

• Frequency of usage
• Duration of each use
• Power setting selected

Impact on Electricity Bills

Our energy bill reflects our total household energy consumption. Using a heated throw could potentially increase the bill, but it's generally minimal compared to central heating costs. The price per unit of electricity greatly influences this outcome.

To Calculate the Impact:

1. Identify the blanket’s wattage
2. Multiply by the hours of use
3. Apply the cost per unit of electricity

Long-term Investment vs Immediate Comfort

Heated throws represent a smaller initial outlay compared to fitting an entire home with energy-efficient windows or a new heating system. Prices for electric throws can range from affordable to premium, affecting both upfront cost and potential long-term savings. Our choices should balance the initial price against the comfort provided and the cumulative savings on our energy bill. The efficiency of the product, coupled with our budget, should guide the decision-making process.

Practical Considerations

When we consider incorporating a heated throw into our household, key aspects like choosing the appropriate model, maintaining it properly, and storing it for longevity become pivotal for an energy-efficient and cost-effective experience.

Choosing the Right Heated Throw

Selecting the right heated throw is about balancing  preference and  practicality. A luxury heated throw, for instance, doesn't necessarily consume more electricity than a standard one. It's essential to look at features such as  adjustable heat settings and  timers, which can significantly affect electricity usage. For the best efficiency, we recommend heated throws with a  wide range of temperature settings and an  auto-shut off timer, as these allow us to tailor the experience to our comfort while also saving energy.

Care and Maintenance

Ensuring our heated throw remains  washable affects not only hygiene but also the blanket's electrical efficiency and safety. Regular inspections of the blanket can detect wear and tear. We should always follow the manufacturer's instructions for cleaning, and ensure that the throw is completely dry before use. Avoid covering the heated throw with any other blankets or cushions, as this can trap heat and potentially damage the blanket or become a safety hazard.

Storing and Longevity

Proper storage is crucial for preserving the  texture,  weight, and  quality of our heated throw. When not in use, we should fold it carefully, avoiding sharp folds that might damage the wiring. Storing it in a cool, dry place will prevent moisture from accumulating, which can affect the blanket's electrical components. Ensuring the power cord is not tightly coiled or bent will also help maintain the longevity of our heated throw.

By following these practical considerations, we can maximise the advantages of our heated throw without excessive electricity usage, maintaining comfort and style in a way that's also mindful of energy efficiency.

Health and Safety Concerns

When we consider the use of heated throw blankets, it's crucial to address the potential health and safety concerns that come with their use, such as the risk of fire and burns, as well as issues related to overheating and circulation.

Risk of Fire and Burns

Heated throws, if not used cautiously, can pose a  fire hazard. It's paramount to monitor the condition of both the blanket and its electrical components. The  London Fire Brigade warns against leaving heated throws plugged in when not in use, especially since an electric blanket with damaged wiring has the potential to cause a fire. To reduce this risk, you should avoid placing heavy objects on the throw, as this may damage the internal wiring.

Moreover, the blankets should never come into contact with flammable materials when turned on. Overlooking this can lead to dangerous scenarios, including potential burns or even starting a fire. The risk of burns is especially pertinent when considering those with reduced sensitivity in their skin, such as the elderly or individuals with certain medical conditions, who may not promptly react to overheating.

Avoiding Overheating and Circulation Issues

To prevent  overheating, follow the manufacturer's guidelines for your heated throw. For instance,  Coziplus blankets come with various heat settings, allowing you to adjust the temperature to a comfortable level, reducing the risk of accidental overheating. Using a heated throw for an extended period can raise body temperature significantly, potentially leading to heat-related health issues.

Additionally, heated throws should be used carefully to avoid compromising your body's circulation. It's essential to make sure the throw is not too tight against the body, as this could lead to circulatory problems. Heated throws are no substitute for  central heating, and should be used to provide supplementary warmth, rather than as the primary source of heat.

Frequently Asked Questions

In this section, we'll address some of the most pressing queries you might have about the electricity usage and cost-effectiveness of heated throws. Let's explore the specifics.

How much power consumption is typical for an electric blanket per hour?

Electric blankets vary in their power usage, but a typical one can use around 100 watts per hour. So when operating for an hour, it consumes 0.1 kilowatt-hours (kWh) of electricity.

Are electric blankets considered a cost-effective alternative to central heating?

Yes, electric blankets can be a more cost-effective alternative to central heating when used to heat personal space or just a single bed, as they typically use less electricity than heating an entire home.

What is the hourly cost implication of using an electric heated throw in the UK?

The cost of running an electric heated throw in the UK depends on the current electricity rates. As an example, if the rate is 29 pence per kWh, using a 100 watt blanket for one hour would cost around 3 pence. More precise calculations can be made by checking the local electricity tariff and the power rating of the electric heated throw.

Which electric blankets are known to be the most economical on the market?

While specific brand recommendations are beyond the scope of our knowledge, electric blankets with adjustable settings and timers tend to be the most economical as they allow for better control over usage and energy consumption.

Can using a low wattage electric blanket help in reducing my energy expenses?

Definitely, opting for a low wattage electric blanket can reduce energy expenses. The lower the wattage, the lower the power consumption, which in turn reduces the cost of operation.