Energy storage
01
Tesvolt Ocean
Energy storage solutions for maritime applications
TESVOLT OCEAN designs high-performance battery storage solutions tailored for the challenging conditions at sea and on inland waterways. Our innovative and reliable products set new standards in maritime energy supply.
TesvoltOcean is a Head Up partner for the distribution and service of this type of systems in Spain and Portugal.
Features and Strengths of TESVOLTOCEAN Kaptein NMC Batteries
The TESVOLTOCEAN Kaptein NMC batteries feature a capacity of 23.5 kWh, enabling the storage of a large amount of energy to power systems that require constant autonomy. Their 4C discharge rate ensures rapid and sustained energy delivery, making them ideal for high-energy-demand applications in ports and ships, where power fluctuations are common. They provide fast and reliable energy for high-demand scenarios. The 4C rate surpasses that of many conventional batteries, allowing efficient energy supply for OPS systems and critical onboard equipment.
They feature an advanced self-extinguishing system that uses aerosols and CO₂ capsules for rapid containment and fire suppression, preventing spread in case of an incident. Additionally, they do not use SF6 or other harmful gases, reducing their environmental impact and making them a safer and more sustainable choice. The advanced self-extinguishing system prevents fire propagation, ensuring greater safety in high-risk environments such as ports and at sea, where quick response is crucial. The absence of gases like SF6 provides a significant environmental advantage.
Thanks to their IP67 protection, TESVOLTOCEAN Kaptein NMC batteries are highly resistant to water and dust, making them suitable for maritime environments where exposure to saltwater and harsh weather conditions is common. This robust protection ensures reliable and long-lasting operation in adverse conditions. The IP67 certification guarantees optimal resistance against water and dust, which is essential for maritime settings. Not all batteries on the market meet this standard, giving them an edge in durability and reliability under extreme conditions.
These batteries do not use harmful gases such as SF6, reducing their environmental impact. They are designed to minimize their carbon footprint and utilize NMC (Nickel-Manganese-Cobalt) technology, ensuring high energy performance and greater efficiency, optimizing consumption and lifespan. They are safer and more appealing to companies committed to sustainability. Their optimized consumption and extended lifespan enhance their sustainability advantage.
Their robust design and high capacity make them an excellent choice for backup power systems in ports, OPS stations, and for powering critical onboard systems in vessels. They are also ideal for renewable energy storage systems, providing greater autonomy and stability to port operations. Their flexibility allows for multiple applications in backup and storage systems, contributing to energy autonomy in ports and vessels.
The modular design of the batteries allows multiple units to be connected to increase storage capacity according to needs, offering flexibility to port and vessel operators who may require expansions. This is an advantage over less adaptable solutions, enabling growth without large initial investments. Their modular capacity facilitates scalability, allowing for gradual growth without the need for substantial investments.
Thanks to their design and responsiveness, TESVOLTOCEAN Kaptein NMC batteries are ideal for integration into hybrid systems alongside renewable sources such as solar or wind, helping to maximize system efficiency and reduce energy intermittency. This compatibility with renewable energies provides a competitive edge in a market moving toward decarbonization. The compatibility with renewable sources maximizes efficiency and contributes to decarbonization.
NMC chemistry batteries offer higher energy density, allowing more energy to be stored in a compact space. Additionally, they have an extended lifespan, which reduces maintenance and replacement costs over time. Lower maintenance costs and the prolonged lifespan provide a long-term advantage in maritime applications.
TESVOLTOCEAN Kaptein NMC batteries stand out in the maritime and port energy storage solutions market by combining a superior discharge rate, advanced safety, environmental resistance, sustainability, and flexibility for high-energy-demand applications in vessels and ports. Their modular design and compatibility with renewable energies make them ideal for operations seeking efficiency and sustainability, offering a competitive and safe solution in the market.
Download commercial datasheets
02
Tesvolt
German company focused on the distribution and marketing of lithium battery storage systems for industry, commerce and agriculture, and which store the energy resulting from heat, solar, wind, hydro or combined sources.
Tesvolt is a Head Up partner in the distribution and service of this kind of system in Spain and Portugal.
Download commercial datasheets
03
ENERGY STORAGE SYSTEMS FOR MARINE ENVIRONMENTS
Connected Ports, Decarbonized Future
The implementation of a 30 MW Battery Energy Storage System (BESS) to supply energy to Onshore Power Supply (OPS) systems is directly aligned with the port decarbonization objectives promoted by the 2030 Agenda. This approach enables the transition toward a more sustainable, efficient, and resilient port, positively impacting multiple Sustainable Development Goals (SDGs).
Impact on Sustainable Development Goals (SDGs)
SDG 7: Affordable and Clean Energy
- Promotion of Clean Energy: The BESS can be charged using renewable energy sources (solar, wind), eliminating the need to rely on fossil fuel-based energy to power vessels.
- Access to Sustainable Energy: Ensures a consistent, clean, and efficient energy supply for docked vessels.
- Energy Efficiency: Reduces energy losses by minimizing conversions and storing energy during off-peak hours.
SDG 9: Industry, Innovation, and Infrastructure
- Resilient Infrastructure: The BESS enhances the port’s energy security, enabling operations even during grid outages.
- Technological Innovation: Integrates advanced solutions such as bidirectional inverters and intelligent energy management systems.
- Port Modernization: Positions the port as a model of technological innovation and sustainability in the maritime sector.
SDG 11: Sustainable Cities and Communities
- Reduction of Local Pollution: The power supply eliminates emissions of gases and particles from vessel auxiliary engines, improving air quality in urban areas near the port.
- Noise Reduction: Docked vessels operate without engines, significantly reducing the acoustic impact on port communities.
- Public Health: Contributes to reducing respiratory diseases related to pollution.
SDG 13: Climate Action
- Reduction of Greenhouse Gas Emissions: Powering OPS systems with a BESS charged with renewable energy prevents CO₂, NOx, and SOx emissions.
- Climate Change Adaptation: Supports the transition to a low-carbon economy, aligning with global decarbonization goals.
- Mitigation of Port Climate Impact: Enhances the sustainability of port operations, minimizing their contribution to climate change.
SDG 14: Life Below Water
- Protection of Marine Ecosystems: The reduction of emissions in ports decreases chemical pollution that can be deposited in nearby water bodies.
- Mitigation of Environmental Risks: The use of OPS prevents spills of fossil fuels used in auxiliary engines, protecting marine biodiversity.
The implementation of a 30 MW BESS for OPS systems represents a strategic solution to advance port decarbonization, aligning with the objectives of the 2030 Agenda and maximizing its impact on SDGs 7, 9, 11, 13, and 14. This system not only strengthens the operational sustainability of ports but also promotes an innovative, efficient port model that is responsible towards the environment and local communities.
Advantages of a 30 MW BESS System for OPS
- Operational Flexibility:
- Allows the system to be charged during low-demand periods (off-peak hours).
- Ensures a continuous supply to vessels, even in the event of grid disruptions.
- Carbon Footprint Reduction:
- Stores and utilizes renewable energy, minimizing dependence on fossil fuels.
- Contributes to compliance with international environmental regulations.
- Energy Efficiency:
- Prevents demand spikes on the grid, optimizing port electricity consumption.
- Enhances energy management through integrated smart systems.
- Sustainable Port Performance:
- Positions the port as a leader in sustainability and innovation.
- Increases its appeal to shipping companies committed to decarbonization.
- Aligned with the 2030 Agenda.
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