Leading the Charge: Three Cases of ATESS Power Advanced Energy Storage Systems

Advanced energy storage systems play a pivotal role in the global energy transformation towards sustainability. They enable the integration of solar, wind, or other intermittent renewable energy sources into the grid, ensuring a reliable and stable power supply. By storing extra energy generated during peak production hours and releasing it during periods of low generation or high demand, these advanced energy storage systems help balance the grid, reduce reliance on fossil fuels, and lower greenhouse gas emissions.

ATESS Power stands out as an innovator in the field of energy storage technology. By leveraging cutting-edge hybrid inverter systems and advanced battery technologies, ATESS Power provides tailored solutions for various sectors, from industrial applications to remote communities, enabling them to achieve energy efficiency, self-sufficiency, and sustainability goals.

Now, let's delve into three application cases showcasing the effectiveness of ATESS Power’s advanced energy storage systems.

Case 1: Solar Transformation of Czech Textile Factory

l Background

One Czech textile factory specializing in the production of tights and socks was facing high electricity costs due to its reliance on heavy machinery such as compressors, knitting machines, and sewing machines. With a monthly bill of approximately $5000, the factory was in need of a sustainable energy solution to reduce operational costs and improve environmental sustainability.

l Solution

To tackle the high electricity costs, the factory has implemented a sophisticated power plant, integrating an advanced energy storage system equipped with the innovative ATESS HPS150 hybrid inverter. The PV system consists of 176 panels with a capacity of 97.8 kWp, coupled with a 158 kWh battery to store excess energy.

l Results

The transition to solar energy has yielded significant results for the textile factory. The monthly electricity bill has been reduced from $5000 to approximately $2000, leading to a monthly saving of $3000. The annual power generation from the PV system is estimated at 144 MWh, which corresponds to a reduction of 62.208 tons of CO₂ emissions, showcasing a substantial environmental benefit.

The factory's management is optimistic about the future. They plan to expand their renewable energy initiatives by constructing another power plant with a capacity of about 500 kilowatts, utilizing three ATESS HPS150 inverters for their next project.

Case 2: Kemarishe Serengeti Lodge's Path to Energy Self-Sufficiency

l Background

Kemarishe Serengeti Lodge is nestled in the heart of the Serengeti National Park in Tanzania. This park is renowned for its awe-inspiring annual wildebeest and zebra migrations, which draw tourists from around the world. However, the remote location within the park means that it is not served by extensive grid infrastructures, posing challenges for a reliable energy supply.

l Solution

In response to the energy challenges, the Kemarishe Serengeti Lodge has adopted a 150 kW ATESS HPS150 hybrid inverter and a 320 kWh battery energy storage system. These components form the backbone of an off-grid energy system that captures solar energy through a 145.8 kWp photovoltaic (PV) system and stores it for use around the clock. The ATESS HPS150 hybrid inverter ensures efficient energy conversion and management, while the Enerlog system provides remote monitoring for optimal energy use. This setup allows the lodge to achieve energy self-sufficiency without relying on the traditional power grid.

l Results

The implementation of these advanced energy storage systems has far-reaching implications for the lodge's operations and the broader ecotourism industry. Due to energy independence, Kemarishe Serengeti Lodge enhances its sustainability and reduces its environmental footprint. Eco-friendly amenities such as solar hot water systems further contribute to the lodge's green credentials, offering guests a luxurious experience without compromising on environmental stewardship.

Case 3: Energy Innovation in Casuarito

l Background

The Casuarito region in Colombia faced the significant challenge of off-grid energy storage. The unstable power supply impacts the quality of life and development of the 239 families residing there. The Colombian government has set ambitious goals to democratize energy access and promote fair energy transition solutions, aiming to extend energy services to remote and underserved areas like Casuarito.

l Solution

During the Casuarito Hybrid Power Project, we adapted a hybrid solar-diesel system to address the energy deficiency. The advanced energy storage system features a 372.6 KWp photovoltaic capacity from 810 solar panels, two sets of 150kW ATESS HPS hybrid inverters, and a 1,182.72 kWh ATESS battery system. A 165 kVA diesel generator serves as a backup, ensuring a stable energy supply. The innovative integration of these components allows for the efficient use of renewable energy while minimizing reliance on diesel fuel.

The implementation of the ATESS Power advanced energy storage system has led to profound social and environmental benefits. Residents of Casuarito now enjoy a 24-hour uninterrupted power supply, a stark contrast to the previous 8-16 hours of daily electricity. This reliable energy has significantly improved living standards and is expected to stimulate economic activities and social services, including local businesses, education, and healthcare.

About ATESS Power

Since our establishment in 2017, ATESS Power has rapidly ascended to become a global leader in advanced energy storage systems. Driven by our dedication to clean energy, we have successfully deployed our solutions across more than 85 countries, aiding thousands of users and businesses in their transition to green energy self-sufficiency. Our contributions have led to a significant decrease in CO₂ emissions, amounting to millions of tons.

Our advanced energy storage systems are designed with both versatility and scalability in mind, making them well-suited for a wide array of applications ranging from residential to commercial and industrial sectors.  

Contact us today to discover how our energy management and control system empowers your energy transition and contributes to a greener tomorrow.