Our services
Battery Storage
Integrated Electrical Support for Battery Storage
Battery energy storage systems allow electricity to be stored and used when required, supporting applications such as peak-demand management, renewable-energy integration and operational resilience.
Scotts provides electrical engineering and integration support for commercial and industrial battery storage projects. Our capabilities cover design coordination, electrical installation, control integration, testing and commissioning.
We work alongside clients, system suppliers and project partners to integrate battery storage with existing power and control infrastructure while considering safety, site operations and future maintenance requirements.
Electrical Design and System Integration
Battery storage must be coordinated carefully with the site’s existing electrical distribution, operational demand and control requirements.
Scotts can support the development of the electrical interface, including:
- Site capacity and load requirements
- Connection to existing electrical distribution
- Switchgear and protective devices
- Power cabling and containment
- Earthing arrangements
- Metering and monitoring
- Control and communication interfaces
- Isolation and shutdown requirements
The design is coordinated with the selected battery system and wider project requirements to support a safe, practical and maintainable installation.
Installation and Power Connection
Scotts can deliver the electrical infrastructure required to connect a battery storage system to the wider site installation.
The installation scope may include:
- Switchgear and distribution equipment
- Power and control cabling
- Cable containment and terminations
- Earthing and bonding
- Metering equipment
- Auxiliary electrical supplies
- Control and communication connections
- Isolation and emergency shutdown interfaces
Work is coordinated with the battery supplier, client and other project contractors. The team carefully considers site access, planned outages and existing operations throughout installation.
Controls, Monitoring and Energy Management
Effective monitoring and control help a battery storage system operate in line with site demand and wider energy objectives.
Scotts can integrate the battery supplier’s controls with site PLC, SCADA, telemetry or energy-management systems. Information and commands may include:
- Battery state of charge
- Charging and discharging status
- Power flow and energy information
- Equipment availability
- Alarm and fault conditions
- Remote operating commands
- Site load and renewable-generation data
- Communication-system status
Control and communication interfaces are tested during commissioning to confirm that information is exchanged correctly between the battery system and existing site infrastructure.
Testing, Commissioning and Ongoing Support
Electrical and control interfaces are inspected and tested before the battery storage system enters operation.
Testing and commissioning may include:
- Power and control cable testing
- Earthing and bonding verification
- Protective-device and isolation checks
- Metering and communication testing
- Alarm and interlock verification
- Emergency shutdown checks
- Functional testing with the battery supplier
- Site Acceptance Testing
After commissioning, Scotts can support the associated electrical distribution and control infrastructure through inspection, maintenance, fault diagnosis and approved system modifications.
Planning a Battery Storage Project?
Whether you are considering battery storage for energy management, renewable integration or operational resilience, Scotts can provide the electrical and control expertise required to support your project. Contact our team to discuss your site, system and connection requirements.
