When it comes to renewable energy there is an untapped resource that we all interact with every day that isn’t being harnessed – calories! Just like all other organisms humans require nutritional support to survive. The Australian benchmark figure of an Adult’s daily energy intake is calories per day (however this varies between individuals depending on various factors). This is a seriously significant amount of energy that is generated by everybody, every day without being captured… most of us have some form of regular exercise to keep our health & body shape in check.
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Now, what if I told you that you could convert 74% of this energy into actual quantifiable power? You can convert your workout into renewable energy. Well, quite simply you can when using the latest innovation in the green technology world, the Eco-Powr Spin Bike! Jump on and start pedalling on this electricity generating bike towards a brighter future. Almost equivalent to a bicycle generator, these bikes are made to capture the energy generated during physical activity and utilise it to power electronics, lowering the need for conventional electricity and fostering sustainability.
Spin bikes are bikes that generate electricity when pedalled. This bike is also known as an indoor cycling bike. These stationary exercise bikes are also designed to simulate outdoor cycling. They feature a heavy flywheel, adjustable resistance, and various seat and handlebar adjustments to provide a high-intensity cardiovascular workout. Spin bikes are popular in gyms and home workout setups for their ability to offer intense cardio sessions, improve strength, and support weight loss goals. A spin bike workout not only helps to improve your health, but it also helps the environment. The bike houses an integrated micro-inverter – a device that transforms pedalling movement into electricity – and shoots this clean energy back to the power grid, thus offsetting the power consumption. If twenty units were used consistently over one year, the amount of electricity avoided would deliver approximately $ 1,000 in savings! These bikes generate renewable energy from your workout. Imagine generating electricity from a bike pedalling action and being able to charge your devices and also get a workout done at the same time.
In a one-hour spin bike workout, 1 ‘exerciser’ using the Eco-Powr Spin Bike can generate over 200 watts of power. To give you an idea of what this energy means in a real-world application; a laptop uses 50 watts per hour, meaning that one hour of pedalling can generate electricity that is enough to power a laptop for 4 hours! These smart spin bikes are gaining a lot of popularity in Australia. Numerous renewable energy campaigns all over Australia have boosted the demand and popularity of smart spinning bikes in Australia.
The Australian Government Department of Health recommends 2.5 to 5 hours of moderately intense physical activity (such as riding a bike!) for adults every week. When you think about this amount of potential clean energy that could be produced it’s pretty mind-blowing especially as many people exceed these average guidelines. This electric exercise bike has the capability to revolutionise the way we think about the health of our bodies and our planet. These smart exercise bikes not only make us healthy but also generate electricity and promote green earth.
The Eco-Powr Spin Bikes are not your average exercise bike. These electricity generating bikes have innovative qualities that make them a more sustainable solution:
Eco-Powr Spin Bikes offer a revolutionary approach to fitness by harnessing human energy to generate electricity. This sustainable energy source helps reduce the carbon footprint of gyms and individuals alike. By choosing Eco-Powr spin bikes, users actively contribute to environmental preservation through their workout routines.
In addition to their environmental benefits, Eco-Powr Spin Bikes provide significant cost savings over time. By converting physical exertion into electricity, these bikes help offset energy consumption costs for gyms and households. This innovative approach promotes sustainability and supports financial efficiency through reduced utility bills.
The unique concept of generating electricity from a bike while exercising serves as a powerful motivational tool. Users are inspired by the tangible impact of their workouts, fostering a sense of accomplishment and purpose. This motivation encourages individuals to push themselves further during each session, maximizing fitness gains and personal satisfaction.
Eco-Powr Spin Bikes represent a tangible commitment to sustainability. By generating electricity from renewable human energy, these bikes promote a greener lifestyle and reduce reliance on fossil fuels. Integrating these energy-generating bikes into fitness routines exemplifies a proactive approach to environmental stewardship and sustainable living.
Beyond their practical benefits, Eco-Powr Spin Bikes offer a dynamic and enjoyable fitness experience. Unlike traditional stationary bikes, these bikes engage users in a fun and interactive way by combining exercise with electricity generation. This unique approach not only enhances workout enjoyment but also creates lasting memories of fitness achievements and environmental contributions.
The energy produced may be used for many things, including lighting, running music systems, and charging gadgets.
One of the coolest things about setting up these electricity-generating bikes in a gym environment is being able to visualise all the energy generated by exercisers. This is done through smartphone apps, Bluetooth and some really funky software linking the bikes together – this means you can see how much energy is being created by everyone exercising, which is converted into real-world stats like carbon footprint offset.
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In today’s changing landscape where sports and fitness intersect with environmental responsibility, SportsArt, a leading fitness equipment manufacturer based in Washington, stands out as a pioneer. Their innovation lies in a technology that converts the energy generated by people during workouts into usable electricity. This groundbreaking approach not only promotes physical health but also turns fitness facilities into contributors to sustainable energy solutions.
Ivo Grossi, the CEO of SportsArt, passionately advocates for the transformative potential of this technology. He envisions a future where every gym can generate more power than it consumes, significantly reducing carbon footprints while promoting active lifestyles.
The impact of SportsArt’s technology is already being felt in practice. Fitness centers like Terra Hale in London and So51 Fitness near Southampton have integrated SportsArt’s energy-converting equipment. In the United States, universities such as Penn State and Ohio State are adopting this technology, and discussions are underway at institutions like Yale.
SportsArt’s initiative aligns fitness activities with environmental stewardship, aiming to inspire widespread adoption across different demographics and industries. By converting physical exertion into electricity, they not only enhance the health benefits of exercise but also actively contribute to global sustainability efforts.
You're probably already familiar with the saying, 'Don't reinvent the wheel.' It's an idiom that reminds us not to waste time trying to improve something that's already been done successfully. Humans have used wheels for around 4,000 years, so it's a fair comment, but it's not to say that the wheel hasn't benefitted from technological advances, and the humble stationary bike is no exception.
Historians hotly debate the origins of the first exercise bike. Early iterations can be traced back to the late 18th century, and we know that in , there were static bikes on the Titanic. Later came foldable exercise bikes for the home and then bikes offering basic metrics like heart rate and calorie burn. Static cycling changed again in the late s when indoor cycling bikes were introduced to studios. These were designed with heavier flywheels to help replicate the feel of road racing.
Technology has made a notable mark on these indoor fitness bikes. Riders can now access data and receive feedback on their performance or calculate functional threshold power or FTP. They can also follow live-stream classes on integrated screens, smartphones, and tablets and use digital resistance. Now, riders at home and in the gym can also generate clean electricity.
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When you start pedalling on a bike, your legs apply force to the pedals. These pedals are connected to a set of rotating arms called a crankset. They spin in a circular motion and drive a chain or belt connected to a gear attached to the bike's flywheel.
The gear system lets the rider or instructor set the resistance, making it easier or harder to pedal, while the flywheel (a weighted disc often at the front of the bike) turns. The flywheel is important because it smooths out the pedalling action even at high speeds and stores the rotational energy generated by the rider. The flywheel spins and then turns a component inside the generator, generating electricity. Once the electricity has been captured, it can then be stored. This will depend on the type of bike you have or the type of installation.
The electricity-generating RE:GENhomebike uses an Ohm portable battery unit. This locks onto the bike's frame and charges during the workout. Once the workout is over, it can be unlocked from the frame and used to power electronic devices like phones, laptops, tablets, etc. Gyms without a permanent cycling studio might also choose the Ohm system if they only have a few indoor fitness bikes.
However, gyms can also use an energy storage system (ESS). This central battery system requires an electrical installation but will allow the gym to capture far more clean power and use it to power their studio.
The RE:GEN for gyms stores the power inside an Energy Storage System or ESS, allowing the gym to draw upon the energy when needed. Other bikes may use a micro-inverter to push the power into the building straight after it has been generated. One advantage of an ESS is that gyms can generate power, store it and then use it at peak energy times, reducing their reliance on the grid.
Are you interested in learning more about energy generating exercise bike? Contact us today to secure an expert consultation!