The different types of panel photovoltaic available on the market

Currently, solar energy is emerging as one of the most promising solutions for sustainable and environmentally friendly electricity generation. With the growing demand for clean technologies, the market offers a variety of solar panels, each with its own features and benefits. In this article, we will explain the different types of solar panels available. Types of panel photovoltaic 1. Monocrystalline solar module Monocrystalline solar module are known for their high efficiency and durability. They are made from a single crystal of silicon, giving them a uniform structure and superior performance in converting sunlight into electricity. Their deep black color and sleek appearance make them easily identifiable. These panels are ideal for installations with limited space, as they require less area to generate a significant amount of energy. Advantages: High efficiency (15-20%). Longer lifespan and better performance in low-light conditions. Attractive aesthetic with a uniform color. Disadvantages: Higher price compared to other types. Sensitivity to shading, which can affect performance in installations with obstructions. 2. Polycrystalline solar module Polycrystalline panel photovoltaic are made by melting multiple crystals of silicon together. Their bluish and less uniform appearance distinguishes them from monocrystalline panels. Although they have slightly lower efficiency, they tend to be more affordable and are suitable for installations without space constraints. Advantages: Lower costs than monocrystalline panels. Good performance under normal sunlight conditions. Disadvantages: Lower efficiency (13-16%). Less effective in low-light conditions or cloudy days. 3. Thin-film solar module Thin-film panel photovoltaic are made by depositing semiconductor materials in a thin layer onto a substrate. They are known for their flexibility and lightness, allowing their use on curved surfaces and special applications. However, they have lower efficiency and require more space to produce the same amount of energy as silicon panels. Advantages: Flexibility in design and installation. Better performance in high-temperature conditions. Disadvantages: Lower efficiency (10-12%). Require more space to match the generation capacity of other types of panels. 4. Perovskite panel photovoltaic Perovskite solar module is an emerging technology that uses a material with a special crystalline structure called perovskite. These panels have a high potential for efficiency and lower manufacturing costs compared to traditional panels. Although they are still in development, they hold significant promise for the future of solar energy. Advantages: Potential for high efficiency. Reduced manufacturing costs. Disadvantages: Technology still under development and not widely available. Durability and long-term stability issues. At Solum, we take pride in offering solar panels that not only meet the highest standards of efficiency and durability but also exceed market expectations. Our solar module combines advanced technology with optimized design to deliver superior performance compared to traditional panels. Superior efficiency: Our panels are designed to maximize the conversion of sunlight into electricity, providing high efficiency that competes with the best monocrystalline panels on the market. This translates into higher energy production in a smaller space. Durability and resilience: Made with high-quality materials, Solum’s panel photovoltaic are designed to withstand adverse weather conditions and ensure reliable performance throughout their lifespan. Our technology ensures superior resistance to degradation and corrosion. Efficient installation: The innovative design of our panels allows for faster and easier installation, reducing both installation costs and the time required. This facilitates a smoother integration into any type of project. Choosing the right panel photovoltaic is essential to maximize the performance of your installation and achieve the best return on investment. Each type of panel photovoltaic has its advantages and disadvantages, and the right choice will depend on your specific needs and installation conditions. At Solum, we are committed to excellence in solar technology, offering panel photovoltaic that not only meet the highest standards but also exceed market expectations. When considering our panel photovoltaic, you can be confident that you are investing in an efficient, durable, and reliable solution that will optimize your solar energy generation. For more information on our panel photovoltaic and how they can benefit your project, visit our website and discover how Solum can help you achieve your energy goals sustainably.
Sustainable Building: Keys to Building Responsibly

Sustainable building is an increasingly necessary activity in our society and requires great attention. Sustainable building is an increasingly necessary activity in our society and requires great attention. In this article, we present the key ideas to be aware of how to build responsibly and sustainably. What does it mean to build sustainably? Ecological building or green construction are some of the terms used to refer to this form of sustainable building. The aim of this approach is to reduce the consumption of natural resources, greenhouse gas emissions, waste generation… among many other harmful activities. Building according to the dynamics of sustainability involves a comprehensive process that ranges from the selection of materials to the design of efficient energy systems. A series of fundamental processes that guide the construction process. Principles of Sustainable Building The principles on which sustainable building is based can be classified as follows: Energy efficiency Considering in a reasoned manner the design of our project to carry out a construction in which it is possible to reduce energy consumption. Efficient Use of Water Keep this concept in mind and avoid unnecessary water waste. Avoid excessive use of drinking water, take advantage of rainwater, and use water collection and reuse systems. Selection of Sustainable Materials Prioritize the use of recycled materials, with low negative environmental impact, and recycled elements. Indoor Air Quality Create an indoor environment with good ventilation and use materials that do not create a toxic environment inside the building. Thermal Comfort Design buildings that respond to the prevailing climate of the environment, with little need for heating, artificial ventilation, or any other type of cooling. Keys to Building Responsibly As we know, construction is one of the human activities that has the greatest impact on the environment and nature itself. The construction sector is responsible for a third of global greenhouse gas emissions, 40% of the world’s energy consumption, and the generation of a large amount of waste. Therefore, it is no trivial matter to have well-defined construction guidelines to ensure that it is sustainable and responsible. Bioclimatic Design: Talking about this type of design emphasizes important factors such as solar orientation. Take advantage of the benefits of sunlight both in terms of brightness and as a form of natural heating to reduce these needs. Natural Ventilation: Construct buildings that allow natural ventilation and air flow to reduce the need for artificial ventilation. Utilize Thermal Inertia: Use materials that allow optimal utilization of heat. Among them, we highlight stone or adobe. They regulate the thermal temperature of the building’s interior. Pay Attention to Energy Efficiency Here we talk about using efficient technologies, implementing renewable energies, optimizing the design of the building envelope… Select Sustainable Materials: As we mentioned before, use materials that have been recycled, local materials, or materials with low environmental impact. Among some of them, we can highlight non-toxic paints, certified wood… Waste Management: It is necessary to have a well-planned waste management plan during the construction of the building and during its use. It is necessary to minimize the production of these wastes and manage those that are generated in an appropriate manner. In addition, an activity of great importance and impact is to separate these generated wastes into different categories so that they can either be reused or recycled. Durability of the Constructed: One of the guidelines that sustainable building must follow is the durability of the building as a result of the construction. The longer the active and useful life of the building, the less likely it will need to be demolished. This also creates a benefit for the environment since no pollution is generated from the resulting waste. Benefits of This Type of Building Reduction of Environmental Impact: This type of building does its part to combat climate change and its resulting effects. It reduces the carbon footprint of buildings. Increase in Property Value: Buildings constructed under the dynamics of sustainable building often subsequently have an increase in market value. Cost Savings: Optimization of resources during the construction of buildings. This translates into lower bills for electricity, water, energy… Improvement of Health and Well-being: Great attention is paid to ensuring that the interior spaces created are quality environments. Comfortable and healthy spaces for the people who will occupy them. Contribution to the Creation of More Sustainable Cities: Promotion of sustainable and resilient urban development. At Solum, we promote carrying out this type of construction based on sustainability. Making construction a responsible practice and a safe place where the possibility of moving with a personal mobility vehicle is a reality.
5 examples of the sustainability of buildings in Spain

The sustainability of buildings or construction is an approach to building based on seeking to reduce environmental impact throughout its life cycle. It is an integral approach in the field of design, building construction, and building operation. Join us to learn more about this type of favorable construction in Spain and five examples of it. Principles of the sustainability of buildings This type of construction has a series of characteristics when undertaking it, which differentiate it from other types. Among these, we can highlight: Reduction of environmental impact Materials that reduce the degree of pollution in the environment are used. The waste generated is lower and expenses are reduced for both water and energy. Durable and sustainably sourced materials that remain useful and favorable throughout their active life are usually chosen. Energy efficiency When building, a series of strategies are taken into account that can be very favorable. Among these, we highlight some that are mandatory, such as the orientation regarding the physical positioning of the building. Also, other aspects such as the installation of renewable energy systems. Comfort and health A space is created that makes the safe and comfortable life of the building’s occupants possible. To achieve this, materials that are not toxic are chosen, natural lighting is taken into account, and air quality is controlled. Social and economic dimension The social and economic impact of the building is considered, promoting universal accessibility, social cohesion, and the creation of quality public spaces. How to promote the sustainability of buildings There are a series of guidelines to follow when considering the benefits of promoting sustainable construction. Among some of these dynamics, the following stand out: Promotion of knowledge and collaboration Firstly, it is essential that there is a link between construction companies, architects, engineers, public administrations… to create a favorable framework for collaboration and promote construction projects. All with a series of sustainable dynamics and in a joint manner. It is also important to invest in development, research, new technologies… as well as to promote the use of sustainable materials that reduce the negative impact on the environment. Promote examples of constructions in Spain whose main goal is sustainability. Share the achieved successes Encourage demand and supply It is necessary for there to be policies in society that encourage sustainable architecture. Subsidies, financial support, fiscal measures… Building regulations must take into account minimum sustainability requirements. Promote measures that protect the environment, energy efficiency, materials that reduce the risk of pollution… Sustainability is something that is learned, so it is necessary to encourage professionals in the construction industry to be aware of this issue. As well as informing citizens about it, to create in them a sense of commitment and responsibility towards the environment. Digitize the construction sector It is necessary to ensure that this sector does not promote the waste of materials, so it is very convenient to use digital tools for this purpose. Digital platforms that monitor the consumption of energy, water, and other resources. Use of BIM technology to optimize building design, construction, and operation. This will improve the efficiency in the building’s life cycle. Adapt to climate change Buildings must be designed to withstand climate change, a reality that has been with us for some time. Among the effects of this phenomenon, we find extreme temperatures, floods, droughts… Also, establish bioclimatic solutions, measures that take advantage of natural resources such as light or water. This way, it will be possible to avoid the extreme use of artificial resources such as air conditioning. Green infrastructures, introducing elements of these infrastructures For example, green roofs, green walls… Examples of the sustainability of buildings in Spain Iberdrola Tower It is a 165-meter skyscraper located in Bilbao, specifically in Plaza Euskadi. It has 41 floors and since its construction in 2012, it has become a unique icon of the city, establishing Bilbao as a benchmark in modern and sustainable architecture. César Pelli was responsible for its construction. Torre Iberdrola. The tower is inspired by the glass obelisk. The Iberdrola tower is not only an architectural landmark, but it has also become a symbol of Bilbao’s commitment to sustainability. It holds the LEED Platinum certification, which recognizes its high level of energy efficiency and use of sustainable materials. The bioclimatic design, the use of high-efficiency materials, and the implementation of renewable energy systems significantly reduce the building’s energy consumption. Waste separation and recycling systems have been implemented to minimize environmental impact. It houses a avant-garde and functional space inside. We can find offices, restaurants, a gym, and a Corte Inglés. Offices of the consulting firm CBRE (Castellana 200 Building) Located in Madrid, they are an example of innovative design and commitment to sustainability. Occupying the 8th and 9th floors of the building, the CBRE offices are characterized by a modern and functional design with open and bright spaces, common areas, and cutting-edge technology. Regarding the commitment to sustainability, it has LEED Platinum certification, energy efficiency, the use of sustainable materials, and indoor air quality. These offices have been recognized as some of the most efficient and sustainable in Spain. MIM Sitges Hotel It is a superior 4-star boutique hotel, built in 2013 and awarded LEED Platinum certification for its commitment to sustainability. An oasis of tranquility and comfort, located in the heart of Sitges, just 50 meters from the beach. It is a building with an elegant and Mediterranean design. It offers rooms and suites, a terrace, a spa, a gym, a meeting room, a bar… Palmas Altas Technological Park A center for innovation and business development located in Seville, Spain. Designed by the prestigious architecture firm Rogers Stirk Harbour & Partners.. It features a sustainable and avant-garde design, which has been recognized with various awards, including the first LEED Platinum awarded in Europe. The park covers an area of 97,000 square meters and consists of seven buildings that house more than 70 companies and entities from various sectors, such as information technology, biotechnology, aeronautics, and energy. The Palmas Altas
10 Advantages of Using an Electric Bicycle

Electric bicycles, also known as e-bikes, are a type of bicycle that is becoming increasingly popular as a means of transportation in many cities. Do you want to know why this is happening? In this post, we will show you some benefits of using an electric bike so that you too can be encouraged to enjoy one or make the most of the one you already have. Let’s get started! Discover the advantages of the electric bicycle Before we begin, you should know that these advantages are listed without following any specific criteria. Go ahead! 1. It is a type of sustainable mobility The main characteristic of this type of transportation is that it has an integrated electric motor. In other words, it does not emit any type of polluting gas during its operation. Therefore, one of the advantages of using an electric bicycle is that you would not be contributing to global warming and would be helping the environment. 2. The convenient use of the electric bicycle The effort required when pedaling is much less than that of a conventional bicycle. This way, you can cover long distances and climb slopes with ease. Ideal for both urban commutes and longer trips. You can now start thinking about your next excursion with your electric bike! 3. Keeps You Healthy Another way you can benefit from using the electric bike regularly is by staying fit. Although its motor helps reduce effort, you still have the opportunity to maintain physical activity and improve your cardiovascular health. Sorry, you can’t escape pedaling… but you’ll feel much better! 4. You Save Money in the Long Run Some people hesitate to choose this type of transportation because they think it’s a significant investment. However, when compared to other forms of transportation, it can actually mean significant savings in the long run. Hear that? It’s your wallet getting excited reading about this advantage… and that’s because the maintenance costs are low, and you don’t have to worry about the price of charging or parking if you use areas like those offered by Solum. 5. The use of electric bicycles will improve traffic By choosing this type of mobility over a car, you help reduce traffic and lower the likelihood of congestions that disrupt daily life. This, in turn, contributes to improving the flow of traffic in your city and also reduces the air pollution from its residents. 6. Perfect for Any Plan Don’t limit yourself to your everyday commutes. Go out and live an adventure! One of the advantages of electric bicycles is that they are suitable for road trips and even off-road paths. This way, make the most of your bike by exploring different terrains and enjoying various plans. 7. Increased Safety When Using an Electric Bicycle Are you afraid something might happen while riding your electric bicycle? Don’t worry, they come equipped with LED lighting systems, reflectors, and quality brakes. Additionally, their motor allows for a consistent speed. Therefore, you’ll have sufficient visibility while also being able to remain visible and predictable to other drivers. 8. Easy Parking for Your Electric Bicycle Another advantage of using an electric bicycle is that you won’t have to worry about parking space, as they occupy much less space than cars. Are you familiar with Solum’s charging stations? If you leave your bike in their parking areas, you can charge your bicycle while ensuring it is in a safe place. 9. Experience Greater Mental Well-being What everyone wants in their life! Look no further, using an electric bicycle has a strong impact on mental well-being. If you ride a bike regularly, you’ll experience a greater sense of freedom, reduce stress, and enhance your mood. Moreover, you may foster your connection with nature and enjoy your city from a different perspective. 10. The Electric Bicycle Offers Flexible Use As mentioned earlier, thanks to electric assistance, you can go anywhere with minimal effort. But what if one day you want to break a bit more of a sweat? Many models have the option to switch to manual mode, so you can exercise without any issues. Adapt your electric bicycle to your needs and preferences. Done! These are 10 advantages that you can enjoy through the use of an electric bicycle. What do you think? We would love to hear your opinion in the comments. Do you want to know more about electric bicycles? Today, an increasing number of people recognize the benefits of electric bicycles and are opting to use them as a regular means of transportation. This trend is further encouraged by charging platforms such as those provided by Solum, which facilitate their usage and promote this efficient, sustainable, and healthy form of transportation. We hope you consider incorporating the use of electric bicycles into your life. Now that we’ve explained the advantages, there are no more excuses!
Innovation and development have transformed sustainable construction.

In recent years, sustainable construction has become an increasingly popular trend in the construction industry. But what is sustainable construction, and how has it evolved with innovation and development? What is Sustainable Construction? Sustainable construction refers to a method of building that considers long-term environmental, social, and economic impacts. This means not only focusing on the energy efficiency of the building but also on the responsible use of natural resources, improving the quality of life for its inhabitants, and reducing greenhouse gas emissions. Sustainable construction implements more efficient and environmentally friendly technologies and materials, as well as innovative design and construction practices. The ultimate goal of sustainable construction is to create healthier, safer, and more sustainable buildings and communities for the long term. Innovation and new technologies for sustainable construction Innovation and new technologies have enabled significant advancements in sustainable construction. Below are some of the innovations taking place in the field: – Integrated Solar Panels Photovoltaic solar panels have become more efficient and accessible, allowing for their integration into buildings. Solar panels can now be installed on roofs, facades, and windows, maximizing the generation of renewable energy and reducing dependency on non-renewable energy sources. – Photovoltaic Pavement or Solar Flooring One of the most notable innovations in this field is photovoltaic pavement or solar flooring. This type of pavement can generate electricity from the sunlight it receives, turning urban areas into spaces for renewable energy production. At Solum, we have designed and developed this type of flooring, which generates electricity from sunlight, making it a renewable energy source in urban areas. This transforms urban spaces into clean and renewable energy production areas. – Eco-Friendly Sustainable Construction Materials New sustainable construction materials with a lower environmental impact are being developed. For instance, concrete and cement with reduced carbon content and recycled materials like plastic or glass are being used. Renewable materials such as certified wood, sheep wool, hemp, and others are also being utilized. These materials have a smaller carbon footprint, making them more sustainable in the long term. – Smart Management Systems The implementation of smart systems in buildings allows for more efficient resource control. These systems manage lighting, climate control, and other elements to optimize energy consumption and minimize waste. – Modular Construction Technology Modular construction relies on prefabricated components manufactured in factories and assembled on-site. This technique reduces construction waste, shortens project timelines, and enhances the energy efficiency of buildings. – Sensors and Real-Time Monitoring Sensors incorporated into buildings collect real-time data on energy consumption, air quality, water usage, and more. This facilitates the identification of improvement areas and data-driven decision-making to maximize sustainability. – Energy Efficiency Technology More efficient systems for generating, distributing, and using energy in buildings are being developed. This includes LED lighting systems, low-energy HVAC systems, and energy management systems that optimize resource use. These innovations and technologies are transforming the sustainable construction industry, enabling the creation of more sustainable and energy-efficient buildings. With the continued development and adoption of these solutions, sustainable construction is expected to become the industry standard, promoting an environmentally friendly future and improving people’s quality of life. Innovation and new technologies are reshaping how buildings and cities are constructed. Solum’s photovoltaic pavement or solar flooring is a clear example of how technology can be used to create sustainable and innovative solutions that promote a more livable and environmentally friendly future. Sustainable Construction Certifications Sustainable construction is also being driven by the adoption of certifications like LEED and BREEAM. These certifications evaluate the environmental and social impact of buildings and promote the implementation of sustainable practices in their construction and operation. LEED and BREEAM are two of the most recognized sustainable construction certifications worldwide: – LEED (Leadership in Energy and Environmental Design) LEED is a classification system developed by the U.S. Green Building Council (USGBC) that evaluates the environmental impact of buildings. LEED certification assesses various aspects, such as energy efficiency, waste management, indoor air quality, and the selection of sustainable materials, among others. – BREEAM (Building Research Establishment Environmental Assessment Method) Originating in the UK, BREEAM also focuses on assessing the environmental and social impact of buildings. In addition to energy efficiency and sustainable material selection, BREEAM evaluates aspects such as accessibility, safety, and the health of building users. Both certifications aim to promote good practices in sustainable construction and building operations, each with its own requirements and levels of certification. The adoption of these certifications is increasingly widespread globally and is considered a standard of excellence in sustainable construction. At Solum, we have long been aware of the importance of sustainability and reducing environmental impact. Through our solar flooring, we harness renewable energy, gradually reducing our dependence on fossil fuels. Sustainable construction is an approach that goes beyond mere energy efficiency, focusing on creating sustainable buildings and communities for the long term. At Solum, through innovation and new technologies, we are promoting a more sustainable and livable future.
Differences Between a Solar Charging Station and Lockers for Electric Scooters

In the world of urban mobility, electric scooters are rapidly gaining popularity. With this growing demand, the need for infrastructures like lockers for electric scooters or solar charging stations has emerged to facilitate their use and charging. Have you ever wondered about the differences between charging your scooter at a solar charging point versus lockers for electric scooters? Keep reading this post as we explain the key differences. How Does a Solar Charging Station for Scooters Work? As its name suggests, the solar charger uses and harnesses sunlight to generate electrical energy. Solar panels capture sunlight to charge scooters in a simple and efficient way. What about overcharging? Voltage and current are regulated by a charge controller before transferring to the scooter. These panels are part of the Helios charging stations developed by Solum. It’s a 100% sustainable way to charge your scooter, serving both for parking and recharging. Through our Arena flooring, which features photovoltaic cells integrated into tiles, solar energy can be generated. This flooring is pedestrian-friendly, non-slip, and has self-healing properties for superficial damage. What Are the Advantages of a Solar Charging Station for Scooters? Here are some benefits of solar energy and solar chargers: How Do Lockers for Electric Scooters Work? Lockers for electric scooters are a parking system that provides a closed space for scooters, as their name implies. Additionally, some lockers for electric scooters come equipped with added security measures, such as electronic locks or surveillance systems, to protect scooters from theft or damage. Their function is similar to that of a parking station for scooters, but lockers differ in that they are fully enclosed, while parking stations are partially open. One major advantage is the security they provide, as they use password systems. Inside, besides storing a folded scooter, users can leave other items and even charge their mobile phones. Lockers vs. Parking for Scooters Both lockers and parking areas for electric scooters are designated spaces for securely storing and charging these personal mobility devices. Similarities Between Lockers and Parking for Scooters: The biggest advantage of both solutions lies in the security they offer. At Solum, we ensure protection through smart locks to prevent theft or damage to electric scooters. This focus on security provides peace of mind to users, ensuring their devices are safe when not in use. Both lockers and parking spaces for Solum scooters operate through mobile apps, enabling convenient parking management. From our app, users can access features like checking station availability across the city and reserving parking spaces in advance. This planning capability ensures there is always a safe and convenient place to leave electric scooters, offering users both comfort and security Differences Between Lockers and Parking for Scooters: A key difference between lockers for electric scooters and Solum parking stations lies in the charging method used. While lockers typically use electric charging systems, our scooter parking stations integrate solar charging, eliminating reliance on non-renewable energy sources. This distinction offers a more sustainable and environmentally friendly solution, reducing the carbon footprint associated with charging electric scooters, as mentioned earlier in this article. At Solum, we’ve developed the Helios solar station to promote sustainable mobility and charging. These stations can be found at various city locations, shopping centers, and even across different European cities. Helios offers all the conveniences of lockers for electric scooters, with the added sustainability benefit of solar charging. If you want to learn more about sustainable charging solutions, enjoy staying informed, and frequently read articles about electric scooters, e-bikes, energy-saving tips, and related topics, this is the blog for you. We invite you to subscribe to stay updated on the latest news and tips for a more sustainable life. Don’t hesitate to contact us!
How Do Electric Bicycles Work? Including FAQs

How Do Electric Bicycles Work? Electric bicycles, also known as e-bikes, are rising in popularity as an alternative transportation method. They use an electric motor to assist with pedaling, enabling riders to cover longer distances and tackle challenging terrains with less effort than on a conventional bicycle. This sustainable vehicle has gained traction in recent years due to its mobility and environmental benefits. In today’s post, we’ll discuss this trendy sustainable vehicle, exploring how electric bicycles work, their advantages, and where to charge them. How Does an Electric Bicycle Work? The operation of an electric bicycle relies on three key components: the motor, the battery, and the controls. Most e-bikes are equipped with a small electric motor, usually ranging from 250 to 750 watts, located either in the center or on the rear wheel of the frame. This motor is powered by a rechargeable lithium-ion battery with a capacity between 250 Wh and 500 Wh or more, mounted on the frame or under the seat. The rider can control the assistance level through a switch or panel on the handlebar, allowing them to select between assistance levels ranging from low to full, depending on user needs and terrain. Generally, a high-capacity battery provides between 40 to 100 km of range per charge, depending on the assistance level and road conditions. Pedal Assistance Modes and Pedal Sensors Most models include multiple pedal assistance modes, such as “eco” mode (low assistance) or “turbo” mode (maximum assistance). Pedal sensors detect the rider’s pedaling force and adjust the motor power accordingly, providing an efficient and adaptable experience to meet the rider’s needs. Features of Electric Bicycles Modern electric bicycles feature advanced technology to enhance user experience and energy efficiency: Advantages of Using an E-Bike Electric bicycles offer numerous benefits, both for users and the environment: These features make electric bicycles a practical, eco-friendly choice that facilitates urban mobility and reduces environmental impact. This leads us directly to the innovative projects developed by Solum. This Seville-based company focuses on optimizing available urban spaces to create renewable energy generation points, thus promoting sustainable infrastructure in cities. These stations not only provide practical benefits to e-bike users and other sustainable vehicle users, giving them convenient access to charging, but they also help reduce the carbon footprint, benefiting the environment. Frequently Asked Questions It’s essential to address common questions users may have about these eco-friendly vehicles. How long does the battery last on an electric bicycle? The battery life of an electric bicycle varies depending on several factors, including battery capacity and the level of pedal-assist selected. Generally, an average electric bicycle battery of 250-350 Wh takes between 4 to 8 hours to fully charge and can provide a range of approximately 25 to 50 kilometers (2 to 4 hours) on a single charge. However, this range may vary depending on the model and usage conditions. Is a license, insurance, or helmet required to ride an electric bicycle? Regulations vary by country, so it’s important to check local laws. In many places, electric bicycles that meet certain power and speed limits are classified as conventional bicycles and do not require a driver’s license. Helmet use is usually recommended for safety reasons, but requirements depend on local laws. Specific insurance is generally not required for electric bicycles, but it’s wise to check if your liability insurance covers any incidents related to e-bike use.In Spain, e-bikes with the above characteristics do not require insurance or a driver’s license. Helmet use is mandatory only on interurban roads for those under 16. You can review the regulations on the Directorate-General for Traffic (DGT) website for more details. Where can I charge my electric bicycle when I’m away from home? At Solum, we have installed charging stations for electric vehicles, including electric bicycles, at various points in the city or in shopping centers. This allows you to charge your bike even when you’re far from home. What’s the difference between an electric bicycle and an electric motorcycle? The main difference is the propulsion system. An electric bicycle requires pedaling to activate the motor, while an electric motorcycle operates with a throttle and does not require pedaling. Additionally, e-bikes are typically regulated as conventional bicycles, while electric motorcycles require permits and comply with other regulations. Can I use an electric bicycle in the rain or adverse weather conditions? Most electric bicycles are designed to withstand normal weather conditions, including light rain. However, it’s recommended to avoid submerging them in water or exposing them to extreme weather conditions. Proper maintenance should always be followed to preserve the integrity of electronic components. The Energy Behind Electric Bicycles The battery is the energy heart of electric bicycles. The most common ones are lithium-ion, providing between 700 and 1,000 charge cycles before losing effectiveness. This equals up to 50,000 kilometers of useful life, depending on usage and maintenance. Innovations in the sector include fast-charging stations, such as those created by Solum, which allow quick recharging at strategic locations, promoting electric bicycles as a viable and sustainable option for urban mobility. Previously, we mentioned Solum, as this company has developed a solution for those who frequently use these electric vehicles. Although we see how practical they are in our daily lives, electric bicycles need to be recharged. This is why Solum has created charging stations for electric vehicles. These stations can be found at various locations around the city or even in shopping centers, ensuring that you can charge your bike even when you’re away from home. Now that you know more about electric bicycles and how they work, we invite you to visit our website to explore our projects and discover how we are driving sustainable mobility. We’d love to read your comments and hear your thoughts!
How to Install Arena Photovoltaic Solar Panels in One Day Without Construction

Solar panel pavement: Discover how it works In recent years, energy self-consumption solutions have advanced significantly, making it easier for individuals and businesses to generate their own power. An innovative example is Arena photovoltaic solar panels, a technology designed to transform outdoor spaces into clean energy sources. This system simplifies the installation process and eliminates the need for major construction, offering multiple benefits for those looking to reduce energy consumption and dependence on the grid. What Are Photovoltaic Solar Panels? Imagine a surface that generates clean energy. That’s Arena, a photovoltaic solar panel system designed to turn your terrace, patio, or rooftop into an efficient electricity source. Forget about traditional systems that require complicated construction work. With Arena, photovoltaic tiles are installed directly on the ground, with no need for foundations or additional structures. Its modular design allows it to easily adapt to any surface, whether residential or commercial. These tiles, made with monocrystalline silicon technology, maximize energy production by capturing sunlight efficiently. Additionally, they are walkable, making them perfect for areas like terraces and patios that aren’t typically used for other energy systems. Benefits of Installing Arena Photovoltaic Solar Panels The Arena photovoltaic pavement is an excellent option for those aiming to enhance energy efficiency and maximize self-consumption. Below are some of its key benefits: Steps to Install Arena Photovoltaic Solar Panels The installation process is simple and can be completed quickly by following these four basic steps: This process allows for a fully functional system to be up and running in just one day, minimizing any disruptions. Types of Photovoltaic Solar Panels Available While Arena photovoltaic solar panels are among the most advanced options, other solar systems are available on the market. Some involve panels integrated into facades or roofs, although these systems tend to be more expensive and require additional structural support. Arena stands out for its modular design and quick installation, making it a great choice for projects where efficiency and minimal structural changes are priorities. How to Maintain Your Arena Photovoltaic pavement One of Arena’s significant advantages is its minimal maintenance requirements. However, to keep it performing optimally and ensure energy efficiency, follow these recommendations: Frequently Asked Questions How long does it take to install the system? The process can be completed in a single day, thanks to the modular design that eliminates the need for complex construction. Where can it be installed? The Arena photovoltaic pavement is ideal for outdoor surfaces such as terraces, patios, rooftops, and sidewalks. What is the system’s lifespan? The estimated lifespan of Arena is over 20 years, provided regular inspections and basic maintenance are performed. Do I need special permits to install it? In most cases, permits are not required since the system does not modify the structure of the building. However, we recommend checking local regulations to confirm. The Arena photovoltaic solar panels are the perfect solution for generating clean energy in your home or business. They are easy to install, highly durable, and offer a sleek, modern design. Request more information and start saving energy today!