For answers to the following questions visit our 5 MWh BESS FAQ
- What is the Brunstock 5 MWh BESS?
- What are the key physical specifications?
- What cell chemistry and format are used?
- What C-rate does the system support?
- How scalable is the system?
- What makes the Brunstock container more durable than a standard import?
- What temperature and altitude conditions can the system operate in?
- How does the cooling system work?
- Where are the fans located and how loud is the system?
- What BMS architecture does the system use?
- What happens if a battery pack fuse blows?
- What fire suppression is fitted as standard?
- What testing has been done on fire and thermal runaway behaviour?
- What explosion protection features are included?
- Does Brunstock supply its own inverter or PCS?
- Is there any hardware or software lock-in?
- What EMS options are available?
- Can the system support grid-forming operation?
- What applications is the system suited to?
- What certifications does the Brunstock 5 MWh BESS hold?
- Is the system IEC or UL—which standard applies to my market?
- What documentation is provided with each unit?
- Does Brunstock offer ongoing monitoring and O&M support?
- What does a long-term service agreement (LTSA) include?
- Is cell degradation guaranteed?
- What commissioning and training is provided?
- How are critical spares managed?
- What information does Brunstock need to size and quote a project?
- How long does a typical project take from first contact to commissioning?