Lithium-ion batteries consist of flammable electrolytes and other reactive materials that can pose safety risks in the event of damage or malfunction. PGS 37 provides risk-management guidance by setting clear requirements for:
At Modular Battery Systems, we work proactively with our customers to ensure that our battery solutions are not only technically advanced, but also fully compliant with the PGS 37 guidelines.
One of the key points of PGS 37 is minimising fire and explosion risks. For batteries, this means using storage modules that are resistant to heat and external shocks. In addition, separating damaged or risky batteries is essential.
Our modular battery systems are designed with built-in safety measures, such as fire-resistant enclosures and thermal monitoring, to prevent fires and detect risks in a timely manner.
PGS 37 sets requirements for where batteries may be stored and what distance must be maintained from other storage locations or buildings. Batteries must be placed in fire-resistant compartments, with a focus on accessibility for maintenance and emergency services.
We offer flexible storage solutions that can be easily integrated into existing infrastructure, while complying with all safety and distance regulations.
Lithium-ion batteries generate heat during use and charging, and poor ventilation can lead to overheating or gas formation. PGS 37 emphasises the importance of controlled temperature and adequate ventilation in storage areas.
Our battery systems incorporate advanced cooling and ventilation systems that effectively dissipate heat and extend battery life.
In line with PGS 37, companies must have an emergency plan in place to quickly and efficiently manage incidents such as overheating or leakage. Recording and analysing incidents is also crucial to preventing future risks.
We support customers in drawing up such plans and supply batteries with sensors that detect and report incidents at an early stage.
Compliance with guidelines such as PGS 37 is not just about risk management; it also offers strategic advantages:
Large-scale events such as festivals, trade shows, or sports competitions often face enormous electricity demands. This can result in voltage fluctuations, limited energy access, or even complete power outages, significantly disrupting the visitor experience. Implementing a Modular Battery System offers a smart and efficient way to optimize energy availability during events. Battery systems are also the ideal solution for remote festival locations without grid connections.
At large events, it is crucial to ensure a reliable power supply for lighting, sound systems, food trucks, and other equipment. Modular Battery Systems can serve as a backup power source, guaranteeing continuous electricity, even during peak loads or in the event of a grid failure.
The modular nature of these systems means they can be easily adapted to the specific energy needs of an event. Whether it’s a small gathering or a large-scale festival, battery capacity can be scaled up or down based on demand. This ensures an optimal and cost-effective solution.
Events often rely on diesel generators, which are not only costly to operate but also contribute to pollution. Modular Battery Systems provide a more sustainable alternative by utilizing renewable energy sources such as solar panels, storing energy for use when needed. This reduces the ecological footprint of the event while helping to lower operational costs.
Modular Battery Systems supports peak shaving, flattening spikes in energy consumption. The system stores energy during periods of low demand and releases it when demand is high. This reduces strain on the power grid and eliminates the need for unnecessary additional capacity.
Modular Battery Systems can be installed quickly without the need for extensive infrastructure or lengthy delays. This makes them ideal for events where planning timelines are tight and rapid deployment is essential.
How Modular Battery Systems work at events
Picture a music festival: during setup, only a small amount of power is needed. But when the crowd arrives and the lights, sound, and food trucks come online, energy demand surges. Rather than depending on the grid or noisy diesel generators, Modular Battery Systems stores energy in advance and delivers it precisely when demand peaks—keeping the power stable and the experience seamless.
Modular Battery Systems and sustainable events
With the growing focus on sustainability in the events industry, Modular Battery Systems are an ideal way to support this ambition. They not only help reduce energy costs, but also contribute to more sustainable events by enabling the use of renewable energy and significantly lowering CO₂ emissions compared to traditional solutions such as diesel generators. The battery system can also be paired with a generator, which then no longer needs to run continuously at idle. It is a smart choice for event organisers who want to operate responsibly—both financially and ecologically.
Stricter requirements from municipalities for event permits
Due to increasing sustainability requirements, municipalities are becoming stricter in approving applications for events that are not organized in a sustainable manner.
Conclusion
Modular Battery Systems provide a flexible, reliable, and sustainable solution for energy management at events. Whether it concerns festivals, conferences, or sporting events, these systems ensure uninterrupted power, lower costs, and a smaller ecological footprint. By adopting innovative technologies like these, event organizers can address the challenges of energy management efficiently and effectively.
