AmpauraDesigner

Compare better-fit systems. Model payback. Build proposals faster.

Use bills, interval data, tariffs and project assumptions to compare system designs, review the commercial case and deliver a client-ready proposal.

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Payback Period with AI0 yrs4 yrs8 yrs12 yrs15 yrsMax ROICustomMax SavingsMin CapExBuilt-in SolutionCustom Solution

Performance Metrics

Annual Savings (Yr 1)
$17,040.9
Peak Reduction (Yr 1)
67.54%
Payback Period without AI
15+ yrs
Payback Period with AI
7.17 yrs(52%)
Energy Independence
61.9%

Bring site inputs together. Compare scenarios. Review the investment case.

AmpauraDesigner turns real energy use and tariff costs into a site-specific model, so you can see how solar, storage and intelligent control work together before you invest.

  1. Upload

    Start with a recent electricity bill and a few essential site details. AmpauraDesigner uses them to establish a reliable baseline for your energy costs and demand.

  2. Simulate

    Test the site load, proposed equipment and operating strategy against the tariff structure that applies to your business.

  3. Decide

    Compare system designs by investment, savings and return, then move the selected configuration into delivery with confidence.

A reviewable project case

See the inputs, design logic and final delivery in one workflow.

  1. Understand the site

    Review bills, interval data, load, DNSP, tariff, demand charges and project assumptions.

    Understand the site
  2. Design and simulate

    Compare solar and battery configurations, equipment assumptions, constraints and AI operating strategies.

    Design and simulate
  3. Validate the investment

    Review payback, NPV, IRR, cash flow, energy independence and tariff effects together with the assumptions.

    Validate the investment
  4. Deliver the proposal

    Carry the selected configuration, BOM, financial results and operating objective into delivery.

    Deliver the proposal

See how the design changes a real day.

AmpauraDesigner simulates when the proposed system will generate, store and discharge energy, and how those actions change grid demand.

Simulated day
Energy demand forecast across one dayOriginal grid demand, solar generation, battery discharge, battery charge, and AI-optimized grid demand from midnight to eleven PM.AI demand cap 129.1kW
  • Original Grid Demand
  • Solar Generation
  • Battery Discharge
  • Battery Charge
  • AI-Optimized Grid Demand

Every Saving Counts

See where the projected value comes from instead of relying on one headline number.

When the project moves forward, AmpauraDesigner carries the selected system, site data and commercial assumptions into deployment. The team starts from the design you approved without rebuilding the project from scratch.

Investment Returns: AI payback 4.08 years versus 4.92 years, 17% faster; net present value $199,912 at a 7% discount rate; internal rate of return 29% versus 7% hardware only; levelized cost of energy $0.01/kWh versus $0.38 grid rate; energy independence 70.3%.
Year 1 Financial Performance. Bill Reduction Waterfall: solar offset -$19,931, TOU arbitrage -$5,006, demand reduction -$6,721. AI-Optimized Daily Cashflow for the peak day: solar self-use $924, TOU arbitrage $0, cost -$115. Both charts include their full axes and legends.
Revenue Stream Analysis: demand reduction $94,417; energy arbitrage (TOU) $74,700; solar self-consumption $416,787; FCAS revenue locked and unavailable; total revenue $585,904.
15-Year Financial Projections: cumulative cash flow comparing Standard and With AI, break-even 4.08 years, accumulated cashflow $410,555, AI value $4,847 per year. Annual Cashflow Risk Stratification includes net cashflow bars and cumulative cashflow through year 15. Static screenshot.

White Label

Build proposals under your own brand.

Use the Designer workflow with an agreed branded interface, customer access and client-ready proposal output.

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White Label platform interface

Make the next energy investment a clear decision.

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Explore more Ampaura products.

AmpauraGateway device and quick start guide

Connect the site

Connect meters, solar, batteries, EV chargers and other energy devices through one reliable data and control layer.

AmpauraConnect monitoring a commercial energy site

Optimise continuously

Respond automatically to live load, tariffs, solar production and device status. Measure savings and refine site strategy over time.

Ampaura AI orchestrating connected energy assets

Control with intelligence

Ampaura AI applies operating strategies to charging and discharging, balances site constraints and improves energy value over time.

Project enquiry

Discuss your energy project.

Tell us what you are designing, connecting or operating. We will use the project context to understand where Ampaura can help.

How can we help?

Tell us a little about your role, goals, or project, and we’ll connect you with the right person.

What are you working on? *

Trust and compliance

Built for enterprise energy operations.

ISO/IEC 27001
ISO/IEC 27701
CSIP-AUS v1.2
CE · RCM