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Exelore GroupExelore GroupExelore Group
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info@exelore.com

Harnessing The Sun, Illuminating The Future.

With our solar solutions, we empower homes and businesses with cutting-edge solar energy technologies tailored to your unique requirements. Our mission is to provide clean, sustainable solar energy solutions for residential, commercial, and industrial clients, while ensuring every project is completed on time and within budget. Our team of experts collaborates with dedicated partners to cover the entire project cycle, from design and implementation to ongoing support. We’re committed to driving a brighter future by delivering renewable energy solutions that are economical, beneficial, and sustainable over time.

Premium Solar PV Solutions: Quality, Reliability, and Minimal Maintenance

We pride ourselves on providing top-tier solar panels and inverters that offer the best value for your investment. The high-quality products are backed by warranties of at least 25 years, ensuring you can rely on their performance for decades to come. In fact, after 25 years, our solar panels are still capable of producing over 85% of their initial electricity output, and their actual lifespan is estimated to reach an impressive 40 years.
The simplicity and durability of our solar PV solutions mean they require minimal maintenance and are less likely to encounter issues. To ensure your solar panels continue to operate at peak efficiency, we recommend annual cleaning, which helps maintain optimal energy production.
We offer a wide range of services, including:
Project Management: ensuring smooth and efficient project execution from start to finish
Feasibility Analysis: assessing the viability of solar energy solutions for your specific needs
Basic and Detailed Engineering: designing solar power systems optimized for your energy requirements
Electrical Design: creating efficient and safe electrical systems to support your solar installation
Cost-Benefit Analysis and ROI: evaluating the financial benefits and long-term returns of your solar investment
Plant Functional Specification: defining the technical parameters of your solar energy system
Realization of Electrical Panels and Substations: constructing and integrating essential electrical components
HW Programmable Logic Controllers Design: developing hardware for optimal system control and automation
Automation Software Development: implementing software solutions for streamlined solar power management
Scheduled Maintenance Management Software: ensuring the longevity of your solar investment through proper maintenance planning
Electrical Supervision and Assembly: overseeing the installation process for a seamless transition to solar energy
Start-Up and Commissioning: activating your solar power system for immediate use
Training and Consulting: empowering you with the knowledge and skills to effectively manage your solar energy system
Remote Assistance: providing ongoing support to ensure the continued success of your solar installation.

Industrial Rooftop Solar PV Solutions: Boost Efficiency and Reduce Costs

Harness the power of solar energy to transform your industrial factory or warehouse operations with our rooftop solar PV solutions. By installing solar panels, manufacturing and engineering businesses can significantly cut overheads, improve operational efficiency, and boost their bottom line with up to 100% savings on daytime electricity costs.
Modern industrial plants often cover large areas and consume substantial amounts of energy. In recent years, more businesses have recognized the potential of renewable energy by equipping their factory and warehouse roofs with solar panels. This innovative approach enables them to generate their own free electricity on-site, effectively lowering energy costs.
Industrial buildings typically feature straightforward roof spaces, making them ideal for solar panel installations. By generating your own electricity from solar energy, your business can significantly reduce overheads and improve sustainability. At Exelore, we specialize in installing award-winning, high-yielding solar panels known for their exceptional design and efficiency.

Solar Carport

Introducing an innovative car parking concept: more than just a parking space. Our ground-breaking project offers an energy-efficient solution with state-of-the-art solar carports. The eco-friendly car park is self-sufficient and 100% sustainable, thanks to cutting-edge solar panels. By harnessing solar energy, we provide clean charging for electric vehicles, reducing CO2 emissions and lowering energy costs. Join us in creating a greener, more sustainable future through our combination of technology and eco-friendly solutions.
We believe that our project is the way forward for sustainable and energy-efficient transport. By combining innovative technology with eco-friendly solutions, we are helping to create a better future for our planet and our communities. Come join us on our journey towards a greener and more sustainable future.

Elevate Your Architectural Style with Vibrant Colored BIPV Solutions

Transform your building’s facade with the innovative Colored Building Integrated Photovoltaics (BIPV) solutions, designed to harmoniously replace conventional materials like plaster or aluminum. Perfect for buildings with high aesthetic value or in areas with landscape constraints, our Colored BIPV integrates seamlessly into your architectural vision.
We supply patented 120-cell modules now available with colored glass and frames, transforming the module into an appealing architectural element. Choose from three vibrant color options—Red, Orange, and Silver—with up to 285 Wp power. In addition, it is possible to customize the color of the frame according to personal design preferences.
While Colored BIPV may exhibit a slight reduction in power output at high temperatures compared to traditional crystalline PV technologies, its most significant advantage lies in its visual impact. This makes it the ideal choice for building-integrated photovoltaic systems that prioritize both aesthetics and efficiency.
Embrace the future of architectural design with Colored BIPV—where form meets function for a visually stunning and environmentally responsible solution.

Revolutionizing Energy Access with Microgrid Development Plans in Africa

Despite the progress made in tackling energy access, Africa still faces significant challenges, with 580 million people lacking access to electricity. One key solution to this issue is the increasing adoption of distributed renewable energy, which offers a faster and more cost-effective path to electrification in developing countries.
While many governments and utilities continue to advocate for traditional grid infrastructure expansion, the reality is that the existing grid often fails to deliver reliable power to urban customers, let alone new rural connections. In response, decentralized utility companies and microgrids have emerged as the most viable option for electrification, serving over half of the unelectrified population in Africa at a lower cost.
To eradicate energy poverty by 2030, Africa requires the establishment of 140,000 microgrids. By focusing on microgrid development plans in selected African countries, we can significantly improve energy access, reduce poverty, and contribute to the continent’s sustainable growth. Embracing microgrid technology, African nations can harness the power of distributed renewable energy to revolutionize energy access, strengthen local economies, and foster a brighter, greener future for millions of people.

Solar Min Grid

Hybrid Solar-Wind Systems: Harness the Power of Nature for Uninterrupted Energy Supply

A hybrid solar-wind system, which combines the capabilities of home wind electric and home solar electric (photovoltaic or PV) technologies, offers numerous advantages over standalone systems. By integrating the strengths of both renewable energy sources, you can enjoy more consistent power generation tailored to your needs.
Since the peak operating times for wind and solar systems differ throughout the day and year, hybrid systems are more likely to produce power when you require it. Additionally, a battery bank with a storage capacity sized to supply your electrical needs for one to three days ensures consistent energy availability during non-charging periods.
Advantages of hybrid solar-wind systems include:
Uninterrupted Power Supply: A seamless flow of electricity, even during periods of low wind or sunlight, thanks to the complementary nature of wind and solar energy.
Increased Reliability: By harnessing two renewable energy sources, hybrid systems provide a more dependable and stable power supply.
Low Life-Cycle Costs: The combination of solar and wind energy sources reduces the overall operational and maintenance costs throughout the system's lifespan.
Optimal Utilization of Renewable Energy Sources: Hybrid systems efficiently capitalize on the availability of both solar and wind resources, maximizing the potential of clean energy generation.
Environmentally Friendly: As a clean and renewable energy solution, hybrid systems contribute to reducing greenhouse gas emissions and promoting a greener future.
Using wind turbines in addition to solar panels for a hybrid power supply system can be a great way to increase the efficiency and sustainability of a broadcast antenna’s power supply. The combination of wind and solar power can help to ensure a more consistent and reliable source of energy, especially in areas with fluctuating weather conditions.
The wind turbines can generate power during windy conditions (night and day), while the solar panels can produce energy during sunny periods. By integrating both sources, the power output can be optimized, and the system can generate energy continuously. This will reduce the dependency on traditional energy sources, resulting in lower carbon emissions, reduced operational costs, and increased sustainability.
Residential battery energy storage systems are a technology that allows homeowners to store excess energy generated by their solar panels or obtained from the grid during off-peak hours. The stored energy can then be used later when the demand for electricity is high or during power outages.

Industrial Rooftop Solar PV Solutions: Boost Efficiency and Reduce Costs

The benefits of residential battery energy storage systems include increased energy independence, the ability to reduce energy bills, and reduced dependence on the grid during power outages. However, the initial cost of purchasing and installing these systems can be high, and the cost savings may not be realized for several years.
There are several types of battery technologies used in residential energy storage systems, including lithium-ion, lead-acid, and flow batteries. Lithium-ion batteries are the most common type of battery used in residential applications due to their high energy density and long cycle life.
Our technical experts will guide you in planning an appropriate system suitable to your needs.