The Marine Hybrid Simulator for Local College Students.

Innovating Marine Education: The Marine Hybrid Simulator for Local College Students

At Akiva Ltd, we’re deeply committed to providing tailored educational solutions that empower local students to become the innovators of tomorrow. Our latest project, the Marine Hybrid Simulator, stands as a bespoke training system expertly designed for college students. This cutting-edge simulator is poised to transform the way students engage with complex subjects such as power generation, energy storage, management, and consumption measurement in practical, real-world contexts.

Why Build a Simulator?

The focus of colleges on "future technologies" within the marine industry—encompassing both commercial and leisure sectors—posed a distinct challenge for ours. We recognized the need for a system that was not only portable to meet landlord requirements but also adaptable enough to fit future relocation needs. Furthermore, it required a robust design capable of simulating the intricacies of modern hybridized electrical systems typically found aboard marine vessels.

The outcome is a modular, interactive system that closely replicates actual marine setups, constructed entirely with Victron Energy equipment. This selection underscores our commitment to reliability and high performance in the marine technology sector.

Key Features and Modules

1. Power Center Module

The heart of the simulator, the Power Center, showcases contemporary energy storage and conversion technologies. This module includes:

Victron Energy Lithium Iron Phosphate batteries providing a substantial capacity of 10.24kWh at 24V.

A powerful Victron Energy 24V 5000W inverter, enabling the powering of AC loads seamlessly.

A state-of-the-art Victron Energy solar charge controller along with an alternator interface for both renewable and engine-based charging methods.

Extensive Victron Energy Remote control and monitoring capabilities, ensuring students can engage in advanced energy management practices.

This module offers a comprehensive lens into the generation, storage, and utility of power aboard modern marine vessels, crucial for understanding off-grid power solutions.

2. Alternator Module

This innovative module replaces traditional diesel engines with a 3-phase electric motor, driven by a Variable Frequency Drive (VFD) linked to a standard 230V power supply. Students can witness in real-time how alternators charge batteries, fostering a deeper understanding of energy conversion and efficiency within hybrid systems.

3. Generator Module

This module highlights the efficiency of DC generators in recharging batteries under various conditions. Key features comprise:

A capable 4.8kW DC generator optimized for minimal fossil fuel consumption.

Portability achieved through a convenient trailer-mounted design.

Realistic systems for cooling, fuel, and exhaust that replicate actual generator operational environments.

Through this module, students gain insights into the practical contexts for generator use to support hybrid systems, thereby promoting sustainable energy methodologies.

4. Solar Module

This portable arrangement incorporates two 210W solar panels mounted on an adjustable "A" frame, allowing students to experiment with various panel angles and sun positions. This hands-on experience provides vital knowledge on integrating solar energy into hybrid systems while underscoring the significance of clean energy initiatives.

5. AC Load Module

Hands-On Learning Opportunities

The Marine Hybrid Simulator is not merely an assembly of equipment; it offers comprehensive training sessions that enhance the educational experience:

Initial training during the handover period to ensure instructors and students are well-acquainted with its functionalities.

Personalized sessions designed for both students and employer demonstrations, promoting collaboration between academia and the industry.

This experiential learning approach equips students with the skills necessary to navigate the rapidly evolving landscape of future marine technologies.

Transforming Marine Education

In essence, the Marine Hybrid Simulator serves as a conduit for the next generation of marine industry professionals. By faithfully reproducing authentic scenarios, it endows students with critical skills and expertise, preparing them for flourishing careers in energy management, hybrid systems, and sustainable marine technologies.

At Akiva Ltd, we take pride in collaborating with local colleges to advance their mission of fostering innovation and excellence in education. The Marine Hybrid Simulator exemplifies our dedication to delivering forward-thinking solutions that inspire and educate.

For more information on our tailored educational solutions or to discuss your unique training needs, feel free to visit us at www.akivatech.co.uk. Let’s collaborate to shape the future of marine technology, ensuring your college community benefits from our expert insights as a trusted Victron Energy dealer Plymouth.