System architecture & equipment
Develop the generation and storage arrangement, equipment sizing, operating priorities and allowances for future demand.
System Design & Engineering
Power systems designed around real operating requirements
MyEnergy provides detailed system design and engineering for off-grid power, solar, battery storage, generator integration, microgrids and grid-connected energy systems.
Every design is developed around the site load, operating conditions, required reliability and future plans. We bring the electrical, mechanical and control elements together into a practical system that can be built, commissioned and supported.
Services / Engineering & DeliverySystem design and engineering.
System design and engineering.
Built around the whole power system.
Power-system engineering for projects in Australia and the Pacific. Engage MyEnergy for a standalone design package or connect the engineering with our installation and delivery services.
Explore this service
What MyEnergy providesA defined design scope.
A defined design scope.
A practical result.
We turn operating requirements into a coordinated power-system design. The scope can include generation, solar, storage, distribution, protection and controls for a new system or an upgrade. Engage us for the documentation your project team needs, or as part of a wider MyEnergy delivery scope.
Engineering for the system as a whole.
Electrical design
Define the agreed electrical documentation, which can include single-line diagrams, cable sizing, voltage-drop calculations, protection and distribution.
Controls & documentation
Develop control requirements, operating sequences, layouts and equipment schedules appropriate to the agreed design stage.
A practical approachDesigned for the people
Designed for the people
who build and operate it.
Our engineering is informed by practical system delivery. We consider installation, equipment compatibility, access, testing and maintenance from the design stage. For projects in Australia and the Pacific, we agree the design basis, local requirements, available site information and interfaces with the wider project team. The resulting package can support your chosen delivery team or a further installation scope with MyEnergy.
Your scope. Your next step.From your brief
From your brief
to agreed outcomes.
Design can be a complete standalone engagement. The drawings, schedules and other outputs are agreed for the project stage, with further work scoped separately.
Agree the design basis
Confirm loads, existing supply, operating requirements, local conditions and the required design outputs.
Develop & coordinate
Work through the system architecture, equipment, electrical interfaces and controls with your team.
Review & issue
Review the design and issue the agreed documentation for its intended project stage.
Support the next stage
Arrange further design support or a MyEnergy delivery scope if required.
Common questionsBefore you
Before you
get started.
Can you provide design without construction?
Yes. System design and engineering can be commissioned as a standalone service. We agree the design stage, documentation and responsibilities so the package can be used by your project team. MyEnergy installation is optional.
Can you design for a project in the Pacific?
Yes. We can scope engineering for Australian and Pacific projects, taking account of local requirements, available site information, logistics and the delivery team. Responsibilities for local approvals and on-site work are agreed for each project.
Can you engineer changes to an existing system?
Yes. We assess the existing equipment, available documentation and new requirements before defining the upgrade design scope.
Can the same team help with installation?
Yes. MyEnergy can develop a further scope for procurement, construction, commissioning and handover where required. The design engagement does not commit you to that next stage.
Engineering, scoped to your needs
Your project. The engineering it needs.
Tell us what stage the project is at and what documentation you need. We can scope a standalone design package or connect engineering with delivery in Australia or the Pacific.
Our design and engineering services
Depending on the project, our scope may include:
- Load analysis and energy modelling
- System architecture and equipment selection
- Solar array and battery storage sizing
- Inverter, charger and generator sizing
- Single-line diagrams
- Cable sizing and voltage-drop calculations
- Protection and fault-current assessment
- Switchboard and distribution design
- Control philosophy and operating sequences
- Generator and automatic transfer integration
- Equipment layouts and cabinet design
- Communications and remote-monitoring design
- Technical specifications and equipment schedules
- Design documentation for construction and commissioning
- Review of existing systems and proposed upgrades
Designed to be built and supported
Our systems are engineered with installation, commissioning and long-term service in mind. Equipment is selected based on compatibility, availability, operating environment and the ability to support it after the project is complete.
Where practical, systems can be assembled into prebuilt cabinets, skids or containers and tested before delivery. This reduces work in remote locations and helps identify integration issues before the equipment reaches site.
From detailed design through to commissioning
MyEnergy can provide engineering as a standalone service or as part of a complete project covering equipment supply, system construction, installation, commissioning and ongoing support.
Keeping system design connected to delivery ensures the final installation reflects the engineering intent and performs as required on site.
Experience across demanding applications
Since 2010, MyEnergy has designed and delivered power systems across Australia and the South Pacific for residential, agricultural, commercial, industrial, tourism, mining and remote infrastructure applications.
Our experience ranges from compact standalone systems through to large hybrid systems combining solar, battery storage, multiple inverters and generators.
