Blog 29 Nov

Safety First – The Importance of PGS 37 in Battery Storage

At Modular Battery Systems, safety always comes first. Because battery systems are often considered hazardous materials, their storage and management demand strict compliance with guidelines such as PGS 37. This standard ensures that batteries are handled safely, sustainably, and with minimal risk of incidents.

Why is PGS 37 relevant for batteries?

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:

  1. Fire and Explosion Safety
  2. Storage Locations and Distances
  3. Ventilation and Climate Control
  4. Incident Management and Emergency Plans

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.

PGS introduction video

Why is PGS 37 relevant for batteries?

  1. Fire and explosion safety

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.

  1. Storage locations and safety distances

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.

  1. Ventilation and Climate Control

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.

  1. Incident Management and Emergency Plans

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.

 

Advantages of working with Modular Battery Systems

Compliance with guidelines such as PGS 37 is not just about risk management; it also offers strategic advantages:

  • Safety: Employees and the environment remain protected.
  • Sustainability: Safe batteries last longer, which reduces waste.
  • Cost savings: Fewer risks lead to lower insurance and maintenance costs.
Compacte batterijcontainer 100 kW – 124 kWh van MBS, duurzame oplossing voor tijdelijke en vaste stroomvoorziening.