Solutions
Energy infrastructure built around the site.
We begin with the operating challenge, then bring together engineering, technology, delivery and lifecycle support around the project.
Our capabilities
Energy solutions shaped around operating requirements.
Each solution is considered through operating needs, system architecture, integration requirements and long-term support.
01Stand-Alone & Remote Power
Reliable autonomous energy systems for remote and off-grid operations.
Stand-Alone & Remote Power
Reliable autonomous energy systems for remote and off-grid operations.
Operating challenge
Remote operations may depend on diesel generation, constrained networks or standalone systems where reliability, autonomy and field support are critical.
BRS approach
Assess site load, operating profile, generation requirements, reliability requirements and future expansion before defining the system architecture.
Typical system elements
- Solar PV
- Battery Energy Storage
- Generator Integration
- Microgrid Controls
- Remote Monitoring
Key themes
- Reliability
- Autonomy
- Diesel displacement
- Remote operation
02Hybrid Microgrids
Integrated energy systems coordinating multiple generation, storage and load assets.
Hybrid Microgrids
Integrated energy systems coordinating multiple generation, storage and load assets.
Operating challenge
Sites with solar, batteries, generators, grid connections and complex loads require coordinated control rather than individual equipment operating independently.
BRS approach
Engineer the system architecture and control strategy so generation, storage, conventional generation and site loads operate as one integrated energy system.
Typical system elements
- Solar PV
- Battery Energy Storage
- Diesel / Gas Generation
- Grid Interface
- Energy Management System
- Microgrid Control
Key themes
- Integration
- Control
- Resilience
- Optimisation
03Commercial & Industrial Energy
Energy systems designed around commercial and industrial operating requirements.
Commercial & Industrial Energy
Energy systems designed around commercial and industrial operating requirements.
Operating challenge
Businesses may face rising energy costs, peak demand, limited solar utilisation, electrification requirements and resilience needs.
BRS approach
Analyse site consumption, load profile, existing infrastructure and future requirements before designing the appropriate energy architecture.
Typical system elements
- Solar PV
- Battery Energy Storage
- Peak Demand Management
- Energy Optimisation
- EV Charging
- Backup / Resilience
Key themes
- Energy cost
- Peak demand
- Solar utilisation
- Resilience
- Future electrification
04Energy Infrastructure Delivery
An integrated pathway from site requirement through engineering, delivery and long-term operation.
Energy Infrastructure Delivery
An integrated pathway from site requirement through engineering, delivery and long-term operation.
Operating challenge
Energy projects often require multiple engineering, technology, procurement, installation and operational parties to work together.
BRS approach
Coordinate the project around one integrated delivery pathway from assessment and system architecture through procurement, integration, commissioning and lifecycle support.
Typical capabilities
- Site Assessment
- Load Analysis
- System Engineering
- Technical Design
- Procurement
- Supply Chain
- EPC Coordination
- Installation
- Commissioning
- Monitoring
- Lifecycle Support
Key theme
- One integrated pathway from requirement to operation
The system view
Designed as a system. Delivered as infrastructure.
The right energy solution is not defined by one product. It is created by integrating the technologies, controls and delivery capabilities required by the site.
Start a conversation