Example Energy Assessment

See how your assessment is presented.

A simple single-property example showing the bill review, likely options and the checks I would work through before recommending a system.

Illustrative example only. Identifying details are removed and the figures are adjusted for privacy.

Energy With MarkSolar • Batteries • Energy Advice
Anonymous ExamplePreliminary Energy AssessmentPage 1 of 3
SINGLE-PROPERTY EXAMPLE

Preliminary Energy Assessment

Example PropertyVictoria, Australia

Prepared to show how a preliminary bill-backed energy review is structured before any formal proposal or system recommendation.

Prepared byMark FitzpatrickRenewable Energy Specialist
ENERGETCLASS A ENERGY SOLUTIONS
energywithmark.com.au0434 151 237Energy With Mark
Energy With MarkSolar • Batteries • Energy Advice
Example PropertyOverviewPage 2 of 3

Strong solar opportunity

A practical solar opportunity based on the example bill.

☀⌂
What the bills show
Quarter 1
Electricity use2,760 kWh30.7 kWh/day
$950
Quarter 2
Electricity use3,040 kWh33.8 kWh/day
$1,020
Annual snapshot (approx.)
Electricity useAbout 11,600 kWh/year
Power costAbout $3,980/year
💡This site uses a good amount of power. If a lot of that power is used during the day, solar can work very well here.
Likely options
18–10 kW solarRecommended starting point

Model a practical solar option against the real daytime load.

2Larger solar option

Around 10–13 kW only if roof space, export limits and load profile support it.

3BatteryNot the first step

Test direct solar savings first before adding storage.

Why it looks viable
Steady power use
Bills around $1,000 per quarter
Useful daytime load to investigate
Good site to investigate first
Final system size depends on roof space, switchboard / phase, business hours, interval data and export approval.
In partnership with ENERGET and CLASS A ENERGY SOLUTIONS
energywithmark.com.au0434 151 237Example assessment
Energy With MarkSolar • Batteries • Energy Advice
Example PropertyNext StepsPage 3 of 3

How we move forward

Simple steps to get the right solar solution.

1Confirm normal operating hours and site use

Understand when the power is actually being used.

2Check roof, switchboard and phase

Confirm the physical site can support the design.

3Review interval data and export approval

Use extra data where it improves the decision.

4Model two sensible solar options

Compare a standard and larger case.

5Review savings and choose the best fit

Proceed only if the numbers stack up.

?What we still need to confirm
Daytime vs after-hours use
Phase type
Roof space and shading
Export approval
Who receives the solar savings
Likely paths forward
STANDARD

8–10 kW solar
Recommended starting point

LARGER

10–13 kW only if the load supports it

DEFER

Retain if site checks do not support the economics

Battery?

Not the first step. Solar should be tested first.

Simple summary
This site looks promising
It is the best place to start
The final design depends on site checks and data
This summary is a guide only. Final recommendations depend on site checks, usage data and approvals.
In partnership with ENERGET and CLASS A ENERGY SOLUTIONS