Projects That Inspire Us

In the picturesque village of Ainata, nestled 1400 meters above sea level, a groundbreaking moment in the history of renewable energy occurred in 2005. As pioneers in the field, we designed and installed Ainata's first solar PV site, when photovoltaics were in their infancy. This innovative 7 kWp hybrid system, coupled with 2V deep cycle battery blocks, not only harnessed the sun's energy but also powered a vital micro base station for a local wireless telecom service provider. The heart of this pioneering project beat with cutting-edge technology provided by Total Energie Solaire Tenesol — chosen for its reliability in a challenging, remote, high-altitude environment.

The 10 kWp hybrid solar system in Arz Tannourine since 2009 is a remarkable testament to sustainable energy integration in the heart of a cedar forest. This pristine location, surrounded by ancient and majestic cedars, embodies the harmonious coexistence of nature and technology. The solar installation seamlessly combines photovoltaic panels with energy storage, generating clean, reliable electricity while preserving the natural beauty of the forest. It has not only reduced carbon emissions but also serves as an educational resource for ecotourism visitors learning about renewable energy.

This project harnessed the power of the sun to provide sustainable energy for a commercial space. It featured the installation of a solar array with a capacity of 140 kW, seamlessly integrated into the existing power grid, reducing energy costs and environmental impact while ensuring a reliable power supply. The project exemplified Circa 100's commitment to solar design and engineering for commercial clients, offering an eco-friendly and cost-effective energy solution.

Mondi is a global leader in sustainable packaging and paper, with a breadth of expertise and a track record of innovation that spans decades. For their Lebanese facility, Circa 100 designed and installed a 0.25 MWp on-grid solar generation system — delivering clean, reliable power that aligns with Mondi's deep commitment to environmental responsibility. The system reduces the facility's dependence on the national grid, cuts operational energy costs, and contributes to Mondi's broader sustainability targets. This project reflects Circa 100's ability to deliver precision solar engineering for world-class industrial clients who hold their energy partners to the highest standards.

A solar PV panel system with a common chassis for a building, distributing 15 kWp of solar capacity among four tenants, each with their own hybrid off-grid systems featuring lithium battery backups and full electrical reticulation. This forward-thinking and resilient energy solution ensures each tenant benefits from solar independence while sharing the structural installation costs.

A PV hybrid solar system featuring a 12 kWh Sungrow battery backup, 30 kWp solar PV panels, and a 50 kW Sungrow hybrid inverter, along with a comprehensive electrical reticulation and Automatic Transfer Switch (ATS) system. This integrated system seamlessly combines solar power generation and energy storage, allowing the hotel to harness the sun's energy during the day and store excess electricity for use during the night or in case of power outages.

A PV off-grid solar system with a lithium battery backup is a self-contained and sustainable energy solution that operates independently of the electrical grid. Solar panels installed on the rooftop capture sunlight and convert it into electricity through the photovoltaic effect. A charge controller regulates the flow of electricity from the panels to the lithium-ion battery bank, which stores excess electricity generated during the day for use at night or on cloudy days. An inverter converts the stored DC electricity into AC power for everyday use.

A three-phase off-grid solar system with battery backup integrates solar panels, charge controllers, battery banks, three-phase inverters, and optional backup generators to create a self-reliant power infrastructure. The system is ideal for industrial facilities, remote agricultural operations, and commercial properties that require uninterrupted power supply and energy independence. The battery bank stores excess solar-generated electricity to sustain power supply during the night, cloudy days, or when demand exceeds solar production.

A three-phase off-grid solar system with battery backup providing sustainable energy to Couvent Mar Doumit. The system integrates solar panels, charge controllers, battery banks, and three-phase inverters to create a self-reliant and environmentally friendly power infrastructure. This solution ensures the convent has reliable electricity while reducing its carbon footprint and dependence on the national grid.

A three-phase off-grid solar system with battery backup delivering clean, reliable electricity to Rawda School. The system integrates solar panels, charge controllers, battery banks, and three-phase inverters, creating a self-reliant energy infrastructure that ensures uninterrupted power for educational activities. Beyond its practical benefits, the installation serves as a living demonstration of renewable energy for students, inspiring the next generation of sustainability advocates.

A residential rooftop solar installation designed and engineered by Circa 100, bringing clean and reliable solar energy to a private home overlooking the Lebanese coastline. The system integrates photovoltaic panels with the property's existing electrical infrastructure, reducing dependence on the national grid and delivering long-term energy savings. This project reflects Circa 100's commitment to precision solar engineering at every scale — from landmark government installations to the individual homeowner.

In the picturesque village of Ainata, nestled 1400 meters above sea level, a groundbreaking moment in the history of renewable energy occurred in 2005. As pioneers in the field, we designed and installed Ainata's first solar PV site, when photovoltaics were in their infancy. This innovative 7 kWp hybrid system, coupled with 2V deep cycle battery blocks, not only harnessed the sun's energy but also powered a vital micro base station for a local wireless telecom service provider. The heart of this pioneering project beat with cutting-edge technology provided by Total Energie Solaire Tenesol — chosen for its reliability in a challenging, remote, high-altitude environment.

The 10 kWp hybrid solar system in Arz Tannourine since 2009 is a remarkable testament to sustainable energy integration in the heart of a cedar forest. This pristine location, surrounded by ancient and majestic cedars, embodies the harmonious coexistence of nature and technology. The solar installation seamlessly combines photovoltaic panels with energy storage, generating clean, reliable electricity while preserving the natural beauty of the forest. It has not only reduced carbon emissions but also serves as an educational resource for ecotourism visitors learning about renewable energy.

This project harnessed the power of the sun to provide sustainable energy for a commercial space. It featured the installation of a solar array with a capacity of 140 kW, seamlessly integrated into the existing power grid, reducing energy costs and environmental impact while ensuring a reliable power supply. The project exemplified Circa 100's commitment to solar design and engineering for commercial clients, offering an eco-friendly and cost-effective energy solution.

This landmark project represents one of the largest government solar installations in Lebanon, delivering a 1.2 MWp on-grid solar array for the Ministry of Education. Designed and engineered by Circa 100, the system integrates large-scale photovoltaic panels seamlessly into the existing power infrastructure, significantly reducing the ministry's energy costs and carbon footprint. The project stands as a testament to Circa 100's capability to deliver utility-scale solar solutions for public institutions, setting a benchmark for renewable energy adoption across Lebanon's government sector.

A solar PV panel system with a common chassis for a building, distributing 15 kWp of solar capacity among four tenants, each with their own hybrid off-grid systems featuring lithium battery backups and full electrical reticulation. This forward-thinking and resilient energy solution ensures each tenant benefits from solar independence while sharing the structural installation costs.

A PV hybrid solar system featuring a 12 kWh Sungrow battery backup, 30 kWp solar PV panels, and a 50 kW Sungrow hybrid inverter, along with a comprehensive electrical reticulation and Automatic Transfer Switch (ATS) system. This integrated system seamlessly combines solar power generation and energy storage, allowing the hotel to harness the sun's energy during the day and store excess electricity for use during the night or in case of power outages.

A PV off-grid solar system with a lithium battery backup is a self-contained and sustainable energy solution that operates independently of the electrical grid. Solar panels installed on the rooftop capture sunlight and convert it into electricity through the photovoltaic effect. A charge controller regulates the flow of electricity from the panels to the lithium-ion battery bank, which stores excess electricity generated during the day for use at night or on cloudy days. An inverter converts the stored DC electricity into AC power for everyday use.

A three-phase off-grid solar system with battery backup integrates solar panels, charge controllers, battery banks, three-phase inverters, and optional backup generators to create a self-reliant power infrastructure. The system is ideal for industrial facilities, remote agricultural operations, and commercial properties that require uninterrupted power supply and energy independence. The battery bank stores excess solar-generated electricity to sustain power supply during the night, cloudy days, or when demand exceeds solar production.

A three-phase off-grid solar system with battery backup providing sustainable energy to Couvent Mar Doumit. The system integrates solar panels, charge controllers, battery banks, and three-phase inverters to create a self-reliant and environmentally friendly power infrastructure. This solution ensures the convent has reliable electricity while reducing its carbon footprint and dependence on the national grid.

A three-phase off-grid solar system with battery backup delivering clean, reliable electricity to Rawda School. The system integrates solar panels, charge controllers, battery banks, and three-phase inverters, creating a self-reliant energy infrastructure that ensures uninterrupted power for educational activities. Beyond its practical benefits, the installation serves as a living demonstration of renewable energy for students, inspiring the next generation of sustainability advocates.

A residential rooftop solar installation designed and engineered by Circa 100, bringing clean and reliable solar energy to a private home overlooking the Lebanese coastline. The system integrates photovoltaic panels with the property's existing electrical infrastructure, reducing dependence on the national grid and delivering long-term energy savings. This project reflects Circa 100's commitment to precision solar engineering at every scale — from landmark government installations to the individual homeowner.