Our
Achievements

This project aimed to ensure robust energy independence for an outfitter located in a remote area with high and continuous energy needs.

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The installed system is based on a 48 V architecture with a storage capacity of 77 kWh, supported by 22 kW of solar power. The integration of two 10 kW Victron inverters enables stable and redundant power distribution, adapted to the site's critical loads.

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The result: a reliable power supply capable of supporting daily operations without dependence on the grid, while optimizing the use of available solar energy.

The aim of this project was to provide a balanced off-grid energy solution for a site requiring efficient 48 V energy management.

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The installation includes a 20 kWh storage system, supported by 9.3 kW of solar capacity and two 5 kW Victron inverters. The system was designed to offer stable performance while maintaining flexibility for future expansion.

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The result is a reliable, well-sized solution that meets the site's current energy needs while facilitating long-term adjustments.

In this project, Silent Energy implemented a compact and efficient solution for smaller-scale off-grid use.

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The system is based on a storage capacity of 10 kWh at 48 V, combined with two 3 kW Victron inverters and 2,160 W of solar power generation. This configuration enables simple and efficient energy management, tailored to specific needs.

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The result is an installation optimized for reliability and simplicity, with an excellent performance-cost ratio.

This demonstration trailer was designed as a technological showcase, providing a concrete demonstration of the capabilities of Silent Energy's off-grid systems.

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It incorporates 10 kWh of 24 V storage, a 3 kW Victron inverter, and 2,340 W of solar capacity. The system is deliberately versatile in order to demonstrate different usage scenarios.

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The result is a mobile, autonomous, and educational demonstration tool used to illustrate off-grid solutions to customers and partners.

This project involved developing a high-capacity solar trailer capable of meeting high and variable energy needs.

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The solution implemented includes 41 kWh of 48 V storage, two 5 kW Victron inverters, and an installed solar capacity of 3,000 W, with a solar input potential of up to 25 kW.

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The result is a mobile, scalable, and powerful energy platform suitable for temporary, event-based, or industrial contexts.

This project showcases a hybrid solution combining different inverter technologies in a mobile format.

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The trailer is equipped with 20 kWh of 48 V storage, a 10 kW Victron inverter, and a 12 kW Lux inverter, with a solar capacity of 1,000 W. This configuration allows for the demonstration of various energy management approaches.

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The result is an advanced demonstration solution designed to compare, test, and illustrate different off-grid energy scenarios.

This project aimed to provide a 24 V off-grid solution for a site requiring well-distributed power and good solar capacity.

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The installation includes 15 kWh of storage, two 3 kW Victron inverters, and 3,400 W of solar capacity.

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The result is a balanced and reliable system, ensuring energy autonomy adapted to the site's constraints.

In a research and innovation context, Silent Energy has deployed a compact and functional off-grid solution.

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The system includes a storage capacity of 20 kWh at 24 V, a 3 kW inverter, and a solar capacity of 1,000 W. The installation was designed to support technical and experimental activities.

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The result: a stable and controlled solution, tailored to the needs of a university and research environment.

The Vélo Évation project involved designing a fully autonomous mobile rental center to easily power electric bike operations.

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The system is based on a 48 V architecture, with a storage capacity of 5 kWh, a 5 kW Victron inverter, and 2,160 W of solar power. This configuration ensures a stable power supply in the field, while maximizing autonomy and deployment flexibility.

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The result is a mobile, reliable, and autonomous solution designed to support the customer experience and simplify day-to-day operations.