Fulgor Solar

Safety in the installation of solar panels

Nadine — Fri, 04 Oct 2024 12:18:47 +0000

With the growing demand for clean energy, Spain has experienced a rapid increase in the installation of solar panels. As more homeowners and businesses adopt solar energy, the safe installation of solar panels is becoming more crucial than ever. Improper installations can result in costly repairs, system malfunctions and even safety hazards. To avoid these problems, it is vital to choose a professional installer who puts safety first.

Choosing a safe solar installer

When choosing a solar installer, solar panel installation safety should be a top priority. Not all installers have the same level of experience, and poor installations can lead to dangerous and costly problems down the road. To minimize these risks, it is important to follow a few key tips.

Look for certifications:

A certified installer will have the training and qualifications necessary to handle the complexities of solar panel installation. Certified professionals meet industry standards and follow rigorous safety protocols.

Experience matters:

Choose an installer with a proven track record of successful installations. Experienced companies know the nuances of different systems well and can anticipate and overcome any potential challenges.

At Fulgor Solar, we only work with certified professionals who have undergone extensive training, ensuring that each installation meets the strictest safety standards. With our Dutch precision and our commitment to European regulations, you can be confident that your solar installation is in the best hands.

Solar Panel Installation Safety Checklist

Professional installation:

To ensure safe solar panel installation, it is crucial that your system is installed by a certified professional. Avoiding common hazards is essential, as incorrect wiring, loose components and poor installation can result in serious problems, such as fire or electrical failure. Fulgor Solar’s team of highly skilled installers follows precise guidelines to ensure that every connection is safe and that each system is optimized for safety.

Quality materials:

Long-term safety in solar panel installation depends on the use of high-quality materials. Inexpensive or inferior components are more likely to fail, which can lead to serious breakdowns. At Fulgor Solar, we purchase our materials from reputable manufacturers known for their durability and reliability. Our systems are designed to withstand wear and tear, reducing the risk of failures that could compromise your safety.

Appropriate permits and inspections:

To ensure safety and compliance when installing solar panels, it is essential to comply with local regulations. Obtaining the proper permits and passing inspections by local authorities are essential steps in this process. Fulgor Solar will handle all necessary permits and inspections on your behalf, ensuring that your system fully complies with local and European safety regulations.

Periodic maintenance:

Solar panel systems require regular maintenance to remain safe and efficient. Routine inspections can detect potential hazards and ensure that your installation is in optimal condition.

Fulgor Solar's commitment to safety

At Fulgor Solar, solar panel installation safety is our top priority. Our installations not only meet, but exceed European safety standards, ensuring the highest level of protection for our customers. We use state-of-the-art flame retardant materials and safety features, including arc fault detection systems, which help prevent fires before they start. Each facility undergoes rigorous inspections to ensure that all safety protocols are followed to the letter.

Our quality control processes are strict and precise, reflecting our Dutch roots and our commitment to excellence. We pride ourselves on delivering facilities that not only operate efficiently, but are also durable, without compromising safety.

When it comes to the safe installation of solar panels, you can rely on Fulgor Solar for a safe and efficient system. Our commitment to professional and certified installation, combined with our Dutch precision and compliance with European standards, ensures that your solar panels will provide clean energy without compromising the safety of your home or business.

Contact us today for a free consultation and let us help you install a solar power system you can rely on for years to come.

Saving Money this Winter with Solar Energy

Nadine — Mon, 23 Sep 2024 10:37:36 +0000

As winter arrives, many families face a common concern: rising energy costs. Although Andalusia enjoys a relatively good climate, heating costs can increase significantly in the winter months. However, there is an efficient solution to save money this winter with solar energy. Here we explain how harnessing solar energy can be a strategy to save on your winter energy bills.

Why is Andalusia's winter climate ideal for saving money this winter with solar energy?

These are some of the arguments that winter weather is perfect for solar energy in winter:

Sunshine hours

Despite the shorter days in winter, Andalusia still has plenty of sunshine during the day. This is an important factor as it allows solar energy systems to continue producing electricity all year round.

Efficiency hours of solar panels at higher temperatures

A common myth is that solar panels need heat to work, but in reality, panels perform better in cooler temperatures. This is because lower temperatures reduce the electrical resistance in the panels, causing them to generate more power.

Comparison with other regions

Andalusia’s sun shines brightly unlike other regions that may face cloudy or snowy skies in winter. This natural advantage makes Andalusia an ideal region for solar energy.

To save money this winter with solar energy, installing a solar panel system is an excellent option. The energy produced by your panels can be used to power your home, reducing the amount of electricity you need to buy from the grid. In addition, one of the great advantages of solar energy is the ability to store excess energy generated during the day in solar batteries. Thus, you can use that stored energy on cloudy days or at night. Solar self-consumption also helps you to be less dependent on the conventional electricity grid.

Financial incentives and rebates for solar energy in Andalusia

In Andalusia, there are several incentives and subsidies that can facilitate the installation of solar energy systems and help you save money this winter with solar energy. At Fulgor Solar, we assist you in the management of these procedures and in obtaining subsidies, such as self-consumption and tax rebates.

In addition to offering you comprehensive advice, we take care of all the administrative procedures, so that you can significantly reduce the initial cost of your solar installation. With these subsidies and the savings on your electricity bill, the investment in solar energy is recovered in a relatively short period of time, allowing you to enjoy an efficient and profitable system in the long term.

Getting Started with Solar Energy in Andalusia

At Fulgor Solar we are here to make solar installation quick and easy, so you can save money this winter with solar power before the colder months arrive. The first thing to do before installing solar panels on your home is to see if it is suitable for solar power. This includes examining your current energy consumption, the orientation of your roof and the amount of shade it can receive.

We will do all the planning for you and, when you are satisfied with the estimate, we can schedule the installation.
An average home solar installation usually takes only one day to complete. Which means you can start generating and saving energy immediately.

Harnessing solar energy during the winter can have many advantages, from reducing bills to being able to store energy for use in times of low production. With the sunny weather in Andalucía and the incentives available, now is the ideal time to consider how to save money this winter with solar energy.

Integration of solar energy in development projects

Esther — Fri, 13 Sep 2024 08:08:52 +0000

According to the European directive, from 2019, new public buildings must be of practically zero consumption, marking the beginning of the concept of sustainable housing. Betting on the Integration of Solar Energy in Development Projects can not only significantly reduce the current environmental impact, but also improve air quality, both inside and outside the buildings.

With an increasing focus on energy efficiency and carbon footprint reduction, Solar Energy Integration in Development Projects presents itself as an essential opportunity. Solar energy not only has the potential to increase property values and reduce operating costs, but can also be a key factor in the success of real estate developments. In this context, we will explore the challenges and opportunities developers face when integrating solar solutions into their development projects.

Business case for solar energy

Integrating solar energy into development projects is not only an environmentally friendly decision, but also a smart strategy. Here’s why:

Solar energy as a value-enhancing asset

The integration of solar panels can greatly raise property valuations, making them more attractive to buyers. Studies show that properties with solar systems installed can command higher rental premiums and attract tenants willing to pay more to live in an energy-efficient space.

Energy Cost Mitigation

By integrating solar energy into development projects, buildings that generate their own electricity can experience substantial long-term savings. This integration of solar into development projects also allows owners to better forecast their energy expenses, facilitating financial planning and mitigating the impacts of fluctuations in energy prices.

Tenant Attraction and Retention

The integration of solar energy into real estate development projects offers a significant competitive advantage. In a market where consumers are increasingly environmentally conscious, solar-powered buildings stand out. Tenants, in addition to looking for a place to live, are looking for spaces that reflect their personal values and commitments to sustainability.

Government Incentives and Financial Profitability

The integration of solar energy into development projects also benefits from government subsidies and incentives, which help reduce upfront costs and improve the return on investment. In addition, tax savings and the ability to sell surplus energy to the grid provide additional financial benefits, making investment in solar energy even more attractive.

Solar Integration: Design and Planning

Successful solar integration requires good planning and a flexible design that aligns with the architectural vision of the project.

Seamless solar integration

Design flexibility allows solar solutions to be adapted to any type of construction, while maintaining harmony with the existing architecture.

Fulgor Solar design experience

We collaborate with developers in order to optimize the solar potential of each project. Our customized approach ensures that each installation is efficient and integrates seamlessly with the building infrastructure.

Permitting process

Obtaining permits can be complicated, but with expert guidance, this process can be streamlined. At Fulgor Solar, we handle everything from application to regulatory compliance.

Financial strategies

Optimizing project economics is very important. We help find financing solutions that allow developers to maximize the return on investment, making solar energy affordable without compromising profitability.

Fulgor Solar: Your Partner for Success

We are very excited to begin completing successful solar projects in the developer sector. From the design phase through to installation and ongoing maintenance, Fulgor Solar provides a complete service, covering all the solar energy needs of developers. Our collaborative approach ensures that developers’ objectives are always aligned with the solutions we offer.

Maximizing solar investment

We work to optimize the performance of solar systems, integrating them with other energy-efficient technologies to increase benefits and decrease consumption. Obtaining certifications such as LEED or BREEAM, in addition to increasing the value of the property, also improves its environmental credibility, making it more attractive to tenants and buyers.

Innovative approaches to solar ownership allow developers to diversify and increase investment opportunities. We also ensure that each solar system maintains peak efficiency throughout its lifetime.

The future of sustainable development depends largely on the ability of developers to integrate clean and efficient energy solutions. Explore the opportunities that solar energy can bring to your next project. Contact Fulgor Solar today and find out how we can help you achieve sustainable success.

Solar energy for swimming pools

Esther — Mon, 26 Aug 2024 10:22:35 +0000

Summers in Spain provide the perfect opportunity to enjoy swimming in the pool for several months, but what if this wonderful season could be extended for longer, in a sustainable and economical way?

There is nothing better than heating the water in your pool to extend the swimming season, but in order to do this you need a power source to actually heat the water, which can be expensive. However, there is a system to heat the pool at no cost using solar panels. Here we explain how solar energy can be an ally to keep your pool running efficiently all summer long.

Extending the swimming season with solar power for swimming pools

Solar pumps

Solar pool pumps are a popular choice in Spain. They convert sunlight into electricity, allowing them to operate without the need for traditional mains power. There are different types of pumps: submersible pumps, which are ideal for small pools or simple systems, and surface pumps, which are more powerful and suitable for larger pools. By using solar energy you reduce your carbon footprint and reduce conventional electricity consumption.

In order to know that your pump is working properly, the solar panel system must be correctly dimensioned. You have to calculate the energy consumption of your pump, its capacity and the time it runs daily. Once you have this information, you can determine the number of panels you need. It is also advisable to install storage batteries, as they allow the pump to run even on cloudy days and times when there is not much sun. Another important point is to have professional installers to know where to place the solar panels and their correct maintenance.

Solar heating

There is another way to use solar energy in your pool, solar heaters. These capture the sun’s energy to power the water heating. There are several types of heaters, flat panel heaters which are more common and cheaper, and tubular heaters which are more efficient. These heaters offer environmental benefits as they use renewable energy to power the heating of your pool.

Can heaters be combined with solar pumps?

The answer is yes, they can be combined to increase energy efficiency. This not only reduces energy consumption, but also lowers operating costs. By combining these two systems, you can keep the water constantly warm and circulating. However, there are other methods of powering your pool to keep it warm.

Pool covers help to retain heat during the night, reducing temperature loss. Good pool insulation will also prevent heat dissipation, improving the efficiency of the heating system.

Advantages of heating your pool with solar energy

Maintenance

Generally, they only need occasional cleaning so that the systems are free of dirt that can block solar radiation. This means you will have more time to enjoy your pool.

Environmental

Using solar power to heat your pool greatly reduces your carbon footprint. You contribute to the conservation of the environment and reduce your dependence on fossil fuels.

Economic

Although the initial investment may seem high, this expense is recouped over time through energy savings. Installing one of these systems can increase the value of your property.

Using solar energy to maintain and power your pool is a sustainable, cost-effective and environmentally friendly solution. At Fulgor Solar, we invite you to explore the different solar options for powering your pool to extend your swimming season and turn your pool into a solar oasis before the summer is gone!

Drive your community towards a sustainable community

Esther — Thu, 22 Aug 2024 13:32:30 +0000

In a world where sustainability awareness is growing, solar energy presents itself as an affordable and effective solution to reduce our carbon footprint and foster a sustainable community. In addition to harnessing the sun’s clean energy, when adopted communally, it has the power to collectively transform our communities into more sustainable spaces. At Fulgor Solar, we are committed to developing sustainable communities. In this blog, we will explore how community spirit can come together with solar energy to create lasting, positive impact.

Building a brighter future together

Collective action is a powerful tool for driving change towards a sustainable community. When a community adopts solar, it not only invests in a renewable energy source, but also strengthens relationships among its members. Community solar is a simple process: a group of people come together to install solar systems on their homes, benefiting from reduced prices depending on the total number of properties involved. At Fulgor Solar, we offer special discounts to communities so that they can install their solar systems, and if the number of participants increases, so does the discount.

By reducing dependence on fossil fuels, communities not only reduce their carbon emissions, but also contribute to the creation of a cleaner environment. In addition, community solar offers attractive economic incentives, such as the potential revenue from the sale of surplus energy. These benefits are reflected in successful community solar projects around the world, where communities have experienced reduced energy costs and increased environmental awareness, contributing to the development of a truly sustainable community.

Discounts for a greener community

At Fulgor Solar we are deeply convinced that the adoption of solar energy should be available to everyone, without exception. That is why we have designed exclusive discounts especially for projects that foster a sustainable community. These rebates are available to groups that meet specific criteria: the more people in your community who decide to take the plunge and choose to install solar panels on their homes, the greater the savings they can collectively enjoy.

We would love the opportunity to talk with each member of your community to gain a thorough understanding of your needs and expectations. We want to make sure that we design and plan a project that not only fits individual budgets, but also meets collective expectations. In this way, we can ensure that the project is not only efficient and functional, but also makes a significant contribution to the development of a truly sustainable community. Our goal is to work together to build a win-win solution that will help promote a greener and more responsible future for the entire community.

Want to get started with your community solar project?

Now is the ideal time to take the step towards creating a sustainable community through a community solar group. By joining this initiative, you will not only be investing in a cleaner, more sustainable future, but you will also be encouraging the growth of renewable energy locally.

Community solar not only provides an environmentally friendly solution, but also strengthens the bonds between community members and offers significant economic advantages. At Fulgor Solar, we are dedicated to supporting communities as they transition to a more sustainable future. Together, we can build a greener environment and leave a positive legacy for generations to come.

Solar savings in summer

Esther — Tue, 06 Aug 2024 14:06:28 +0000

During the summer months in Spain, the cost of electricity increases due to factors such as the use of air conditioning, the increase in domestic activity due to holidays and the prolonged use of electronic devices, which is a major concern for many families. Without a doubt, household appliances are the most energy-consuming equipment in our homes. These appliances can consume up to 9,922kWh per year. Nowadays, household appliances have a label showing their energy efficiency level, but as this was not the case in the past, older appliances tend to consume more.

How to understand the summer consumption peaks in Spain?

Other factors that increase the use of energy are peak hours, which are the periods of time when the demand for electricity reaches its peak and the price per kWh is higher. When is the peak hour? From Monday to Friday it has two periods, from 10:00 to 14:00h, and from 18:00 to 22:00h.

In this graph we can see that the highest peak in the price of electricity is at night, specifically at 22:00. This is a time when, normally, almost everyone is at home, so it is normal that much more electricity is consumed. The average price at this time is around 99.26 €/MWh.

On this website we can see the daily real time energy demand and we can see that, although it changes every day, the time when the most energy is consumed is at night, around 21:00 or 22:00. At some point this data may change, but if you install solar panels in your home, you will no longer have to worry about changes in the tariffs of the electricity companies.

Cooling your home in a sustainable way: Saving solar energy in summer

In order to make the most of solar production, it is important that the solar panels are positioned to the south with a specific tilt depending on the geographical location. In Spain, an inclination of around 30-40 degrees is usually ideal. Another point to consider when maximising solar output is shading, as this can significantly reduce the efficiency of the panels, so make sure there are no obstructions that cause shading.

Solar monitoring systems allow detailed tracking of the performance of the panels, identifying areas for improvement and ensuring that the system is working properly. Solar energy can power air conditioning systems, reducing the use of conventional grid power and allowing for more economical and sustainable cooling. If you want to know more about how to cool your home using solar energy, visit our blog Can I cool my house with solar panels?

Calculate your solar savings in summer

Savings with the use of solar energy depend on several factors such as location, size of the solar system, electricity consumption patterns and electricity tariffs. Households in Spain can significantly reduce their electricity bills by switching to solar energy. In the long term, solar energy protects against future increases in electricity prices and provides greater energy independence.

In addition to investing in the use of solar energy, Spanish households can make savings through proper insulation, efficient appliances and the use of natural or artificial shading, such as having trees next to the house.

Solar energy offers an effective solution for powering down your summer electricity bills by providing economical and sustainable cooling. At Fulgor Solar we will make your summers cooler and more economical – join Fulgor Solar to create a more sustainable world!

Recycling of solar panels

Esther — Tue, 06 Aug 2024 12:28:40 +0000

Solar panels have a very long lifespan, lasting at least 25-30 years with guaranteed maximum output, although after this period they can continue to generate electricity. Solar energy is one of the most positive solutions for both environmental impact and electricity bill savings.

However, with the large increase in solar panel installations, people are wondering what the recycling of solar panels looks like once they reach the end of their useful life. The solar panel recycling process can certainly be complicated, the good news is that the solar panel market is still very new. Therefore, the amount of solar panels that need to be recycled right now is still low, and we have time to be able to plan for the future!

Why might the recycling of solar panels be a problem?

The problem with the recycling of solar panels is that it will be very harmful to the environment if not managed correctly, as we will be faced with a lot of waste that will not be easy to recycle. With the growth of photovoltaic installations, it is estimated that by 2035, there will be 1.5 TWH (terawatts) of solar capacity installed worldwide. This implies that millions of solar panels will reach the end of their useful life at the same time.

What will happen in a few years when my solar panels no longer work?

When solar panels stop working, the important question is: where will they go? If not managed properly, they can end up in landfills. According to a report by the International Renewable Energy Agency (IRENA), it is estimated that by 2050, solar panel waste could reach between 60 and 78 million tonnes.

Will they all end up in a landfill?

Industry is taking steps to prevent all this waste from ending up in landfill. Currently, around 95% of the materials in a solar panel can be recycled. Many companies are developing technologies so that the materials used in solar panels, such as silicon or glass, can be easily recovered for reuse and not generate waste.

Projections for the year 2035

By that year, it is estimated that between 15% and 20% of the installed panels may need to be replaced, which implies millions of additional panels entering the waste stream.

How are solar panels recycled?

The recycling process of solar panels is not straightforward, as they have many different components inside them. The most expensive component per unit mass of PV panel is silver, followed by copper, silicon, aluminium and glass. They also contain hazardous materials bonded to the inside with adhesives that make them difficult to separate. There are also two recycling techniques:

Thermal recycling

This technique involves burning plastics, adhesives and sealants to separate the cells from the glass. This is approximately 80% of the weight and components of the panel. Chemical processes are then carried out to separate the metal contacts and remove the anti-reflective coating.

Mechanical recycling

It consists of crushing the entire panel clear of its frame, cables and junction box and then processing it by chemical processes. After the main materials are shredded, they are separated and sent to separate recycling streams.

The recycling of solar panels is a major challenge that must be addressed to ensure that the environmental benefits of solar energy are not tarnished by poor waste management. It is important that both industry and governments work together to power the development and financing of effective recycling technologies with a positive impact on the environment.

At Fulgor Solar we always focus on sustainability, so it’s very important to us to do the right thing when it comes to recycling solar panels and waste in general. That’s why we make sure we work with suppliers that allow us to buy only the specific amount of supplies we need, promising that any waste coming from one of our facilities is absolutely minimal. In addition, we ensure that all packaging materials are sent for recycling wherever possible, reducing the amount of waste going to landfill.

As far as the solar panels are concerned, at the moment it’s not customary for us to remove old panels from our facilities, but we wanted to make sure that we were prepared for when the time comes to replace them. So we’ve partnered with a company called BTR-Trading who work to make sure that any of our waste panels are sent to the right centers to be separated and recycled into things like

Fulgor Solar’s founding company, located in the Netherlands, is required to have everything recycled separately and have someone come to collect the recycling, as it is a mandatory rule of the Dutch government. In 2023, Dutch legislation on solar panel recycling imposed importers selling solar panels to customers in the Netherlands to pay a recycling fee of €40 per ton, a huge jump from the previous fee of €6.50 per ton. Here in Spain we hope that this rule will be introduced which will encourage new recycling companies and make it easy to recycle.

New solar life! What happens to recycled solar panels?

Esther — Thu, 01 Aug 2024 14:47:16 +0000

What about recycled solar panels?

Recycling solar panels can be a complicated but not impossible task. At the end of their useful life, panels can be transformed into a wide variety of products. They can be converted from new panels to electronic products or building materials. In this blog, we will show you the components that solar panels contain and the products they can be turned into.

What are solar panels made of?

Solar panels are made up of many materials, which must be recycled in the correct way to maximise their reuse and minimise their environmental impact. The panels are manufactured with different components depending on their characteristics, but we will see the main ones and how each one can be recycled or reused:

Silicon

This component comes from the photovoltaic cells, which are the most important part of the whole panel and where the conversion of sunlight into electricity takes place. Recycling silicon reduces the demand for silicon in mining, which is beneficial for both the economy and the environment. Silicon can be purified and reused in the manufacture of new solar cells, microchips, medical technology and devices.

Glass

The glass comes from the front cover of the panel, which protects the photovoltaic cells. Recycling glass not only conserves resources, but also reduces the production of new glass. This component can be reused to make new glass products, such as bottles or containers, windows and building materials.

Aluminium

The aluminium comes from the frame, which holds and protects the panel. By recycling this component, it can be reused to make a wide variety of aluminium products, from cans to automotive components to new solar panel frames.

Copper

It comes from the wires and electrical connections in the panel, which carry the electricity generated by the photovoltaic cells. Copper can be reused to make electrical cables, electronic components and building components.

Plastic

This element comes from the encapsulants and the back cover, which protect the photovoltaic cells from both the environment and wear and tear. Recycling plastic reduces plastic pollution and the production of new ones from oil. It can be reused to produce new plastics such as pipes, containers, insulation panels and other recycled plastic products.

Electrical components

These elements come from the electrical part of the panel. Their recycling maintains a supply chain, reducing the need to produce new ones. They can be reused in new electrical systems, cables, electric vehicle components and other connections.

Recycling solar panels is crucial to minimise the environmental impact and make the most of the valuable materials they contain. The recycling process allows up to 95% of some materials, such as glass and metal, to be recovered and reintroduced into the production chain, reducing the need to extract and process new resources.

What is the recycling process of solar panels?

This process is not always the same, as it varies according to the specific technology used to manufacture the panels and the recycling facilities available. Generally, however, the process usually follows the following steps:

Reception and sorting

The first thing to do when solar panels arrive at the recycling centre is to check their condition, and then sort them according to the type of technology and material they contain.

Dismantling

The most important parts, such as the photovoltaic cells, and the aluminium frame are disassembled. This can be done by hand or with specialised machinery.

Separation of materials

In this part, thermal recycling is carried out, whereby, once the glass and aluminium have been removed, the panel undergoes a thermal process at over 500ºC to burn off the plastics that are still attached. After this step, we continue with delamination, which serves to remove the polymer layer and separate the metal contacts.

Recycling

Recovered materials are subjected to procedures to purify them and prepare them for reuse.

What are the benefits of recycling solar panels?

Positive impact on the environment

Panel recycling avoids the extraction of new materials by recovering and reusing materials, thus reducing the carbon footprint.

Economic assets

The International Renewable Energy Agency (IRENA) estimates that recyclable solar panel materials will become a $15 billion recoverable asset by 2050.

Less landfills

Decrease in landfills containing polluting waste due to recycling of materials.

Boosting the circular economy

Taking advantage of solar panel materials boosts the circular economy, as it avoids producing new materials and, consequently, avoids spending more money.

New jobs

As demand increases, more companies will appear in the market dedicated to the recycling of solar panels.

According to the Energy, Environmental and Technological Research Center (CIEMAT)Spain will generate around 10,000 tonnes of waste per year by 2027. To improve recycling efficiency, research and development projects are being developed, such as the ReProSolar initiative or PVCycle at European level.

The recycling of solar panels is not yet a major concern because of their long lifetime, but it is something we should plan for in the future. The more the use of solar energy grows, the more the need for effective and efficient recycling will increase. By being prepared for the future recycling of solar panels, we can contribute to a more sustainable future.

At Fulgor Solar we guarantee that our solar panels are made with the best quality materials available on the market, so that you can make the most of them for as long as possible.

Photovoltaic architectural integration

Esther — Tue, 16 Jul 2024 14:16:49 +0000

Architectural photovoltaic integration is a revolution in the design, construction and operation of buildings. This new technology allows a photovoltaic installation to be integrated as if it were just another building material to be added. This approach reduces electricity bills, increases the value of the building and reduces the impact on the environment. At Fulgor Solar we provide our expertise in the design and installation of solar panels, as we are committed to sustainable living.

Design for sustainability

In order to achieve effective solar architectural integration, it is important to know the key principles of sustainable building design:

Building orientation

Locate the building in an area where exposure to the sun is maximised, making the most of sunlight. If the building is already constructed without this in mind, adaptations can be made to maximise the advantages that orientation towards the sun can bring.

Water conservation

Add low-flow fixtures and rainwater harvesting systems to promote efficient use of water resources. Water conservation is a priority, from the design phase through construction.

Passive solar design

This is a type of construction that uses the building itself to use sunlight as a natural resource. They use sunlight for natural heating and cooling, reducing the need for additional air conditioning systems.

Energy efficient materials

Use materials with low embodied energy (energy used to produce them) and high thermal performance (insulation). The efficiency of materials in buildings can have different connotations and can indicate the degree to which the material can withstand a load or stress.

Fulgor Solar: Your Partner in Sustainable Construction

At Fulgor Solar, we take a holistic approach to sustainable living. We provide consultancy for new construction projects, working with architects, builders and homeowners from the project’s inception.

Solar feasibility analysis

We evaluate the suitability of the site for solar power generation, taking into account factors such as sun exposure, roof slope and shading.

Integration into the building design

We provide recommendations on building orientation, window placement and material selection to optimize both solar potential and energy efficiency.

Development of a customized SAI plan

We designed a solar panel system that integrates perfectly with the overall architectural design of the new construction.

Photovoltaic architectural integration with Fulgor Solar

Our team of experienced professionals specialises in solar architectural integration projects. We explore different types of solar panels suitable for architectural integration, including panels integrated directly into the building envelope and panels as building components. We work closely with our clients to design and install these custom solar architectural integrations, following a series of steps including site assessment, permitting and approvals, and more.

Advantages and considerations

These projects offer not only aesthetic but also economic benefits:

Economic benefits

It significantly reduces electricity bills and increases the value of the property.

Aesthetic appeal

They integrate so well with the architectural surroundings that they enhance the appearance of the property.

There are upfront costs and maintenance to consider, but Fulgor Solar’s experience moderates these issues with efficient solutions that will end up saving you money.

Fulgor Solar Electric Vehicle Charging Solutions

Electric vehicles are booming and it is important to build a sustainable future. At Fulgor Solar, we have a lot of experience installing electric vehicle charging points in homes, integrating seamlessly with solar energy to create a self-sufficient and environmentally friendly lifestyle.

Solar architectural integration is a key solution to making the future more sustainable and energy efficient. At Fulgor Solar, we are dedicated to providing comprehensive solutions so that everyone can start saving on their electricity bill and lowering their carbon footprint. Contact us today for a free consultation and start building your sustainable dream home with Fulgor Solar!