The Power of AI in Energy Efficiency
Facts matter, outcomes matter. You can’t improve what you can’t measure. That’s why we’ve built TTME, an AI-driven analytics solution that not only aids call centers but also helps consumers understand their energy impact. Here’s a snapshot of why energy savings matter:
Facts matter, outcomes matter. You can’t improve that you can’t measure..
(Average Home Energy Use in USA) AHEU =10,500 kWh (verified)
20% saving (kWh) = 0.2 X AHEU = 2000 kWh
Average cost of electricity in US metros = $0.15/kWh (verified)
Average Amount of CO2 emitted per kWh=0.37 kg /kWh (verified)
Average percentage of household electricity from fossil fuels in the USA = 60% (verified)
Amount of CO2 in kg reduced per year if 20% is saved = (20% X AHEU) X 60% X =467 kg
Number of trees that are required to produce 1 ton of CO2=45 trees (verified)
Average amount of trees saved per year if you reduce your electric use by 20%: 22 Trees
Average amount of money saved: $315 per year
Fine Print:
This assumes what is true of most households:
- Fossil fuels are burnt for energy generation. Most efficient of fossil fuels is natural gas and the minimum CO2 generated is 0.37kg/kWh in the USA
- There is no roof top solar nor any power directly coming to the house from renewable sources
What This Means for You
Every household plays a role in reducing energy consumption, but how do we make that process easier and more effective? This is where TTME’s AI-powered energy analytics come into play. By leveraging generative AI, households and businesses can:
- Receive real-time insights on energy consumption.
- Identify opportunities for reduction with AI-driven recommendations.
- Get detailed financial and environmental impact reports in seconds.
- Improve decision-making with predictive analytics.
Assumptions
These calculations are based on the assumption that fossil fuels are the primary source of energy generation in the U.S.
The most efficient fossil fuel for energy production is natural gas, emitting 0.37 kg CO2/kWh.
Households without rooftop solar or direct renewable energy supply are considered for this analysis.
The Future of Energy Intelligence
TTME is more than just a tool—it’s a movement toward smarter, more sustainable energy usage. By integrating AI into the energy sector, we aim to bridge the gap between data and action, ensuring that both utility providers and consumers make informed, eco-friendly decisions. With AI, we don’t just predict the future of energy—we shape it.
Join us in transforming energy efficiency with TTME. Because facts matter. And so do the outcomes.