Differences between solar charging station and lockers for electric scooters
Have you ever wondered what the difference is when you charge your electric scooter at a solar charging point versus using lockers for electric scooters? Continue reading this post, and we’ll explain their differences. How does a solar charger for scooters work? As its name suggests, the solar charger uses and harnesses sunlight to generate electrical energy. Sunlight is captured by solar panels that charge scooters in a simple and efficient manner. What about overcharging? The voltage and current are controlled by a charge controller before being transferred to the scooter. These panels are located in the charging stations, Helios, developed by Solum. It is a 100% sustainable way to charge your scooter, serving both as a parking and recharging facility. Through our Arena floor, which is a floor with integrated photovoltaic cells in tiles capable of generating solar energy. This floor is walkable for pedestrians, slip-resistant, and with properties. What are the advantages provided by a solar scooter charger? These are some of the advantages of solar energy and the use of solar chargers: How do lockers for electric scooters work? The lockers for electric scooters are a parking system for scooters in an enclosed space, as the name suggests. They serve the same purpose as a parking facility for electric scooters, but the difference is that the latter is partially open. The advantage of these lockers can be the security they provide, as they use a password-protected system. Inside, besides the folded scooter, you can leave other items and even charge your mobile phone. Scooter Lockers vs. Scooter Parking Both are areas for secure parking and charging. The primary advantage of both is the security they provide, as the lockers and parking facilities we offer at Solum come with smart locks to prevent scooter theft. Scooter lockers operate through applications, just like the scooter parking facilities provided by Solum. Through our app, you can manage your parking, check available stations around the city, see open spaces, and even reserve your spot. This way, you ensure that you’ll have a designated place to leave your scooter. The drawback commonly found in electric scooter lockers is that they rely on electric charging systems and do not utilize solar charging, which has numerous disadvantages as mentioned earlier in our post. At Solum, we have developed the Helios solar station to promote sustainable mobility and charging. These stations are available at various locations throughout the city, in shopping centers, and even across different cities in Europe. They offer all the conveniences provided by electric scooter lockers with an added sustainability feature, thanks to their solar charging capability. If you want to learn more about sustainable charging solutions, enjoy staying informed, and reading posts about electric scooters, electric bikes, energy-saving tips, this is your blog. We invite you to subscribe to not miss any news on current topics or tips for a more sustainable life.
Innovation and development have changed 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 way of building that takes into account the long-term environmental, social, and economic impact. This means not only considering the energy efficiency of the building but also the responsible use of natural resources, the quality of life for its occupants, and the reduction of greenhouse gas emissions. Sustainable construction implements technologies and materials that are more efficient and environmentally friendly, as well as innovative design and construction practices. The ultimate goal of sustainable construction is to create buildings and communities that are healthier, safer, and more sustainable in the long term. Innovation and new technologies for sustainable construction Innovation and new technologies have enabled significant advances in sustainable construction. Here are some of the innovations taking place in the field of construction: – Integrated solar panels Photovoltaic solar panels have become more efficient and accessible, allowing for their integration into buildings. It is now possible to install solar panels on roofs, facades, and windows, maximizing the generation of renewable energy and reducing dependence 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 electrical energy from the sunlight it receives, transforming urban areas into spaces for renewable energy production. In Solum, we have designed and developed this type of flooring, which is capable of generating electrical energy from the sunlight it receives, making it a source of renewable energy in urban areas. In this way, urban areas are transformed into spaces for clean and renewable energy production. – Eco-friendly sustainable construction materials New sustainable construction materials are being developed with a lower environmental impact. For instance, concretes and cements with reduced carbon content are being used, along with recycled materials such as plastic or glass. The use of renewable materials such as certified wood, sheep’s wool, hemp, among others, has a lower carbon footprint, making them more sustainable in the long term -Intelligent management systems The implementation of intelligent systems in buildings allows for more efficient control of resources. These systems regulate lighting, climate control, and other elements to optimize energy consumption and reduce waste. -Modular construction technology Modular construction is based on the manufacturing of prefabricated components in factories, which are then assembled on the construction site. This technique reduces construction waste, shortens timelines, and improves the energy efficiency of buildings. -Sensors and real-time monitoring Sensors integrated into buildings allow real-time data collection on energy consumption, air quality, water usage, among other factors. This facilitates the identification of areas for improvement and data-driven decision-making to maximize sustainability. -Energy efficiency technology More efficient systems are being developed for the generation, distribution, and utilization of energy in buildings. This includes LED lighting systems, low-energy consumption HVAC (heating, ventilation, and air conditioning) systems, and energy management systems that optimize the use of available resources. These innovations and technologies are transforming the sustainable construction industry, enabling the creation of more sustainable and energy-efficient buildings. With the ongoing development and adoption of these solutions, sustainable construction is expected to become the standard in the industry, promoting a more environmentally friendly future and improving the quality of life for people. Innovation and new technologies are transforming the way 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. Certifications for Sustainable Construction Sustainable construction is also driven by the adoption of certifications such as LEED and BREEAM. These certifications assess 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 globally recognized certifications for sustainable construction: – LEED (Leadership in Energy and Environmental Design) It is a rating system developed by the United States Green Building Council (USGBC) that assesses the environmental impact of buildings. The LEED certification evaluates 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) It is a British-origin certification that also focuses on assessing the environmental and social impact of buildings. In addition to energy efficiency and the selection of sustainable materials, BREEAM also evaluates aspects such as accessibility, safety, and the health of building users. Both certifications aim to promote best practices in sustainable construction and building operation, each with its own requirements and levels of certification. The adoption of these certifications is increasingly widespread worldwide and is considered a standard of excellence in sustainable construction. From Solum, we have been committed for years to the importance of sustainability and the need to reduce environmental impact. With our pavement photovoltaic , we harness renewable energy, gradually reducing our dependence on fossil fuels. Sustainable construction is an approach that goes beyond simple energy efficiency and focuses on creating long-term sustainable buildings and
Solar rooftop. Discover how it works.
Suelo Solar. Descubre cómo funciona Fortunately, we are increasingly aware of the damage we have caused to the planet over the years. Nowadays, terms like ‘environmental impact,’ ‘renewable energy,’ and ‘green energy’ are as common as any other current issue. Renewable energies are in the spotlight, including solar rooftop. In the following lines, we will discover how it works. What is solar rooftop? solar rooftop or photovoltaic glass allows for the generation of electrical energy thanks to sunlight. It does not have a negative impact on the environment since it does not hinder the use of the surface where it is installed. Therefore, solar paviment is entirely walkable and its main advantage is that it allows space optimization while generating clean energy and avoiding CO2 emissions, thus contributing to reducing environmental impact. Characteristics of solar rooftop The main characteristics that we can highlight about photovoltaic pavement are the following: How does solar rooftop work? In addition to generating photovoltaic energy, solar pavement provides two significant benefits. Alongside harnessing photovoltaic energy from the sun, it enhances solar energy panel efficiency and allows the filtration of heat entering a building. Consequently, this is reflected in energy savings through air conditioning, retaining the heat that enters the building. However, there are also projects that use solar pavement differently. This is the case with the technology developed by Solum, which makes a solar panel more robust than concrete, offering a sustainable energy solution that does not require extensive maintenance We are talking about a shift towards sustainable mobility, as they themselves have created a charging station for electric vehicles capable of recharging the batteries of up to 15 electric motorcycles, starting from a space that barely reaches seven square meters. Solum has managed to gauge the pulse of the micromobility sector, currently booming, and offer a simple solution, thus being present in various municipalities or cities, even outside of Spain. Hence, we can see that the uses of solar pavement are diverse, and increasingly, there are more projects that contribute to, as we mentioned earlier, mitigating the damage that our planet has suffered. Solar rooftop Arena The Seville-based technology company, founded in 2019, emerged from the idea of trying to harness all those available spaces in cities to generate renewable energy. After many years of studies, they have brought a unique technology to the market: the solar pavement. On the other hand, Arena is another project led by Solum, a solar ground capable of generating solar energy thanks to high-performance photovoltaic cells integrated into the tile. This ground is entirely walkable for pedestrians, ensuring its slip resistance. Below, we will detail some of the features that set it apart from the competition Modular The assembly of the solar pavement is modular; each module is composed of a total of four tiles, resulting in easy adaptation to different types of spaces. Portable The solar pavement is designed for quick installation and removal in less than a day. The pavement is installed using an anchoring system on the urban ground, without the need for public works and preserving the original pavement. Therefore, as we have already mentioned, it does not imply significant visual changes in the space. Robustness and durability The pavement has greater robustness than concrete, and its coating is designed to withstand heavy loads, impacts, and deterioration after years of use. Easy maintenance The pavement does not require special maintenance, only the care and cleaning that can be given to any other outdoor pavement. Solar Station Project: Helios On the other hand, they have developed Helios, a solar station that serves as recharging stations for personal mobility vehicles, such as electric scooters, which have become so familiar in our daily lives. Helios is a sustainable solution, as they use Arena solar pavement, which generates its own energy. We can find various charging stations in several Spanish cities, and they even have one installed internationally, specifically in the city of Amsterdam, in a significant office building. In the following lines, we will see some of its main features. Autonomous One of the advantages we could highlight about the Helios solar station is that it does not need to have a direct connection to an electrical grid, providing it with autonomy. This autonomy is partly thanks to the Arena solar pavement, combined with the batteries it houses inside. Sustainable As it is capable of generating its own energy thanks to the Arena solar pavement. Secure A very important point for the user, as they want to ensure that their scooter is safe while parked. Thanks to the charging station, they can rest easy because it features smart locks that secure the vehicle using a 20mm diameter stainless steel shackle. Multivehicle The same solar station can accommodate both scooters and electric bikes. Intelligent You can monitor and control all the functionalities provided by the station through the miSolum app and platform. Now you know a bit more about this innovative technology that is revolutionizing the market. Also, as we have seen, there are several projects underway, such as those carried out by Solum, which assure us that the future of renewable energy is here.