PRAMAC Battery Storage Container BSC 10

Commercial storage system PRAMAC BSC 10 battery storage system in a 10-foot container

The Pramac BSC 10 commercial energy storage system in a 10-foot container is a compact and powerful solution for businesses seeking efficient and flexible energy storage. This battery storage system allows you to store self-generated solar power, reduce peak loads, and protect yourself against power outages.

Key features:

• Flexibility: Suitable for various applications such as peak shaving, self-consumption optimization and emergency power supply.
• Compact design: The 10-foot container allows for easy integration into existing infrastructures.
• Reliability: Provides a reliable power supply, especially in production environments, and reduces dependence on diesel generators on construction sites.
• Economic efficiency: Helps to reduce network charges and improve the economic efficiency of energy supply.
• Safety: Protects against power outages and ensures an uninterrupted power supply.
• Environmentally friendly: Reduces noise emissions and the consumption of fossil fuels, contributing to a more environmentally friendly energy supply.
• Li-Ion (LFP) Pouch Type battery cells: Utilizes advanced battery technology for high performance and long lifespan.
• Different capacities: Available in various configurations with different capacities to meet the specific requirements of different applications (see table below).

Advantages:

• Independence from diesel generators
• Reduction of noise pollution
• Reduction of network charges
• Solar power storage
• Protection against power outages
• Increased efficiency and sustainability

The Pramac commercial storage system is used in a variety of ways in practice to help companies optimize their energy supply:

Application areas

Trade and industry:

• Peak shaving: Reduces electricity costs by cushioning peak consumption.
• Self-consumption optimization: Increases the proportion of self-used solar power from PV systems.
• Network usage optimization: Enables the shifting of electricity consumption over time (time-of-use).

Electromobility:

• Buffering for fast charging stations: Provides high charging power without overloading the power grid.
• Support for company fleets: Efficiently charges electric vehicles with stored energy.

Agriculture:

• Independent PV electricity use: Enables the use of solar power even after the end of subsidies.

Urban applications and new buildings:

• Grid relief: Reduces the load on the public electricity grid.
• Energy cost reduction: Optimizes energy consumption and reduces associated costs.

Practical examples

• Bakery: A 109 kWh commercial storage system can increase the self-consumption rate of a 95 kWp PV system from 38% to 63%, with an amortization period of about 5 years.
• Company headquarters: PRAMAC Storage Systems uses an intelligent energy storage system ("EV-Boost Box") at its own location in combination with an energy management system for the efficient charging of its electric vehicle fleet.
• Virtual power plants: Pramac enables customers to actively participate in grid management through the use of energy storage systems, offering services such as load shifting, frequency regulation and grid stabilization.

These applications demonstrate that the Pramac BSC 10 battery storage system is a flexible and efficient solution for various industries and applications, contributing to the optimization of energy costs and increased sustainability.

The Pramac commercial storage system is combined with the following software solutions:

1. Energy Management System (EMS): Pramac has developed its own EMS, which enables the intelligent control and monitoring of energy producers, storage systems and consumers.

2. Cloud solutions: The EMS is connected to cloud services to provide data-driven services across locations.

3. Integrated marketplace: The software platform offers access to third-party services such as individual electricity tariffs or participation in the balancing energy market.

4. Virtual power plants: The software makes it possible to use energy storage systems as virtual power plants and thus actively participate in grid management.

These software solutions form a comprehensive digital ecosystem that combines all the requirements of modern energy management on a central platform and optimizes the efficient use of the Pramac commercial storage system.