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Our Carbon Commitment

Carbon neutral since forever. Yes, including our AI.

See the Maths →

Carbon Neutral Since: Forever

Our Carbon Commitment

We're building a company that helps Australia transition to clean energy. It would be pretty hypocritical if we weren't walking the talk ourselves.

"Wait, doesn't your AI-powered calculator use energy?"

Yes. And we think it's a fair question. So let's be transparent about it, including the AI we used to build this platform.

We use AI in two ways: to analyse electricity bills for customers, and to develop our platform (yes, we built BatteryIQ with AI assistance). Let's be honest about the environmental cost of both.

Our AI Footprint

  • Customer bill analyses: ~50 kWh annually (at 10,000 analyses/year)
  • Platform development: ~100-150 kWh annually (front-loaded during build)
  • Combined: ~150-200 kWh, equivalent to running a clothes dryer for 50-70 loads

Our AI runs on Google Cloud, which has been carbon neutral since 2007.

The Honest Maths

Let's assume conservatively that only 1 in 100 people who use our calculator go on to install a battery. That's a pessimistic conversion rate, but let's use it.

100 Bill Analyses → 1 Battery Installed

The Cost

  • AI queries: ~500
  • Energy used: 500 Wh = 0.5 kWh
  • CO₂ from AI: ~0.25 kg
  • Water used: ~5 litres

The Return (15-year battery life)

  • CO₂ avoided: 30,000-50,000 kg
  • Coal plant water displaced: 187,500 litres

Carbon Return Ratio

120,000 : 1

(Even with worst-case AI energy estimates: 12,000 to 1)

Water Return Ratio

37,500 : 1

(Water saved from coal plant cooling vs. AI data centre usage)

The environmental cost of NOT using AI to accelerate the energy transition is far higher than the cost of using it.

Note: The 1% conversion rate is a conservative placeholder. Once we launch, we'll update this page with real conversion data. We expect the actual ratio to be even more favourable.

Our Infrastructure

We've intentionally partnered with infrastructure providers that have verified carbon-neutral or 100% renewable energy commitments. This wasn't an accident. Sustainability was a selection criterion from Day 1.

ServiceProviderCarbon Status
Hosting & CDNVercel (AWS)100% renewable matched
Database & StorageSupabase (AWS)100% renewable matched
AI ProcessingAnthropic (Google Cloud)Carbon neutral since 2007
EmailLoops, Resend (AWS)100% renewable matched
CachingUpstash (AWS/GCP)100% renewable / carbon neutral
AnalyticsGoogle AnalyticsCarbon neutral since 2007
CI/CDGitHub Actions (Azure)Carbon neutral since 2012

Our Operations

☀️

Solar-Powered Office

Office powered by rooftop solar + battery storage

🚗

EV on Renewables

Business travel via electric vehicle charged from renewables

🌳

Native Reforestation

Greenfleet credits matching our estimated footprint

Already carbon neutral through provider selection.
But we don't want to rely solely on their commitments, so we've also purchased Australian native reforestation credits matching our estimated footprint as insurance, and to actively contribute to ecosystem restoration.

Why Not Formal Certification?

We've chosen transparent self-certification rather than formal Climate Active certification. Here's why:

Our operational footprint is approximately 1 tonne CO₂e annually, and even that is already covered by our carbon-neutral providers. Climate Active certification typically costs several thousand dollars per year in consultant and licence fees, which is disproportionate when we're already net-positive.

Instead, we've:

  • ✓ Published our complete emissions methodology (link to full methodology and sources below)
  • ✓ Strategically selected 100% carbon-neutral infrastructure providers
  • ✓ Purchased Australian native reforestation credits matching our estimated footprint
  • ✓ Been honest about our AI usage, including development

As we scale, we may pursue formal certification for enterprise and government partnerships. But for now, we believe radical transparency is more valuable than an expensive badge.

What Happens When We Scale?

When our installer network launches, we'll expand our carbon accounting to include:

  • Contractor travel to customer sites
  • Freight from distributor to installer
  • Packaging and waste

We're building tracking into our operations from Day 1 so we can report accurately as we scale.

We'll also report avoided emissions from products sold, because a home battery that avoids 30-50 tonnes of CO₂ over its lifetime far outweighs the emissions from the van that delivered it.

The Bottom Line

We're not using AI for its own sake. We're using it because it's the most effective tool to accelerate Australia's energy transition, and even with conservative assumptions, the impact is overwhelmingly positive.

We don't just recommend batteries. We run on them.

Want to see how much carbon you could offset with a home battery?

Calculate Your Impact

View our full methodology and sources →

Last updated: December 2025

Questions about our carbon methodology? Email hello@batteryiq.com.au