Solar + Battery
Store selected excess solar generation for use later rather than using all generated energy immediately.
Maxwell Energy Resources
Understand Your Energy System.
Practical guidance covering consultation, solar and battery design, installation engineering and project delivery — created to help Australian homes and businesses make informed energy decisions.
Knowledge Before Decisions
Better energy outcomes begin with understanding the property, its energy use, the engineering constraints and the complete delivery process.
Resource Directory
Start with the stage that matters to you.
Use these six resource areas to move from early planning through system design, installation, commissioning and ongoing technical understanding.
01Planning
Consultation & Planning
Understand how property conditions, electricity use and long-term objectives shape the project before equipment is selected.
02Generation
Solar System Design
Learn how system capacity, roof conditions, shading and electrical requirements influence solar design.
03Integration
Battery & Energy Integration
Explore storage capacity, hybrid systems, backup options, EV charging and energy management.
04Workmanship
Installation Engineering
Review roof mounting, cable management, equipment placement and installation quality standards.
05Delivery
Project Delivery & Commissioning
Follow the process from technical design and approvals through installation, testing and handover.
06Knowledge
Guides & Technical Insights
Access practical explanations, planning guides and technical information for informed decisions.
Energy Consultation & Planning
Start with the property, its energy use and the project objectives.
A structured consultation establishes what the project needs to achieve before system capacity, equipment or installation methods are recommended.
01
Initial Project Discussion
Confirm whether the project is residential or commercial, understand the client’s objectives and identify the expected project timing.
02
Energy Usage Review
Review electricity bills, daytime and evening consumption, demand patterns and foreseeable changes in energy use.
03
Property & Site Assessment
Consider roof conditions, shading, electrical infrastructure, equipment locations, access and network requirements.
04
System Engineering
Develop an appropriate system concept covering capacity, inverter architecture, battery options and future expansion.
05
Proposal & Project Scope
Define the proposed equipment, engineering scope, assumptions, exclusions and delivery responsibilities.
06
Delivery Planning
Coordinate approvals, procurement, scheduling, installation, testing and handover requirements.
Solar System Design
Solar starts with more than choosing panels.
A well-considered solar system takes into account electricity usage, roof conditions, system sizing, equipment selection and how your energy needs may change in the future.
01
How Solar Works
Solar panels generate DC electricity from sunlight. An inverter converts that electricity into AC power that can be used by the property.
02
System Sizing
The appropriate system size depends on electricity consumption, available roof area, future energy requirements and the objectives of the project.
03
Panels & Inverters
Equipment should be considered as part of the complete system rather than selected only by individual specifications or price.
04
Solar Performance
Orientation, shading, weather, equipment, installation quality and energy usage can all influence system performance.
Battery & Energy Integration
Store energy for when you need it.
Battery storage can change when solar energy is used. Understanding capacity, energy usage and system compatibility is important before deciding whether storage fits your goals.
Battery Capacity
Understand the difference between battery capacity, usable energy and how much storage your household or business may actually require.
Energy Usage
When electricity is consumed can be just as important as how much is consumed when considering battery storage.
System Compatibility
Existing solar equipment, inverter configuration, electrical requirements and future plans can influence battery options.
EV Charging
Bring vehicle charging into your energy plan.
EV charging adds a significant new electrical load to a home or business. Planning should consider the vehicle, charger, electrical capacity, charging habits and how the charger may interact with solar generation.
How and when will you charge?
Vehicle usage, charging frequency and available charging time help determine what charging setup may be appropriate.
Understand the property
Available electrical supply and existing loads should be considered when planning EV charging.
Solar, battery & EV
EV charging can form part of a broader energy strategy alongside solar generation and storage.
Good systems depend on considered installation.
Installation quality depends on selecting methods that suit the roof, electrical system, equipment and operating environment.
01Roof profile, mounting and waterproofing
02Rail alignment and structural load distribution
03Cable routing and mechanical protection
04Inverter and battery location planning
05Workmanship, access and visual integration
Explore the Metal Roof Installation Guide
From approved design to an operating system.
Project delivery brings design, approvals, site coordination, installation and technical verification into one controlled process.
01Technical design and documentation
02Network applications and approvals
03Procurement and installation scheduling
04Testing, commissioning and grid connection
05Monitoring setup, documentation and handover
Guides & Technical Insights
Build practical understanding beyond individual products.
This section will provide focused articles explaining technical concepts, installation considerations and planning decisions for residential and commercial energy projects.
01
Residential & Commercial Planning Guides
Practical information to help property owners prepare for solar, battery and integrated energy projects.
02
Installation Methods
Technical explanations covering roof types, mounting systems, cable protection and equipment installation.
03
Energy System Terminology
Clear explanations of capacity, inverter ratings, usable storage, backup power and related terminology.
04
Standards & Network Requirements
Accessible summaries of the compliance and network considerations that can affect project design.
05
Monitoring & Performance
Guidance on understanding system data, operating behaviour and long-term performance.
06
Industry & Technology Updates
Relevant developments in products, standards and energy management approaches.
Before You Decide
Five questions worth asking first.
A useful energy conversation should begin with your property, your energy usage and your objectives — not with a particular product.
01
What problem are you trying to solve?
Lower bills, greater solar self-consumption, EV charging, backup capability or future energy needs?
02
How does your property use electricity?
Understanding when and how much energy is consumed provides important context for system planning.
03
What equipment do you already have?
Existing solar, inverters, batteries and electrical infrastructure may influence future options.
04
How might your energy needs change?
Future EVs, batteries, property changes or business growth can affect decisions made today.
05
What happens after installation?
Consider monitoring, maintenance, warranties and access to ongoing technical support.
MAXWELL ENERGY / KNOWLEDGE
Better energy decisions come from understanding the system — not simply comparing products.
Have a question about your energy system?
Tell us about your property, existing system or future energy plans. We'll help you understand the options and identify an appropriate next step.
