‘ESCO on steroids’: Negawatts.io’s data-driven approach to energy savings

Q: How long will it take to read this news story?

The story "‘ESCO on steroids’: Negawatts.io’s data-driven approach to energy savings" has 1133 words across 2 sentences, which will take approximately 5 - 10 minutes for the average person to read.

Q: Which news outlet covered this story?

The story "‘ESCO on steroids’: Negawatts.io’s data-driven approach to energy savings" was covered 13 hours ago by e27, a news publisher based in Singapore.

Q: How trustworthy is 'e27' news outlet?

e27 is a fully independent (privately-owned) news outlet established in 2006 that covers mostly startups and technology news. The outlet is headquartered in Singapore and publishes an average of 14 news stories per day. It's most recent story was published 14 hours ago.

Q: What do people currently think of this news story?

The sentiment for this story is currently Positive, indicating that people regard this as "good news".

Q: How do I report this news for inaccuracy?

You can report an inaccurate news publication to us via our contact page. Please also include the news #ID number and the URL to this story.<ul><li>News ID: #22029715</li><li>URL: https://beamstart.com/news/esco-on-steroids-negawattsios-data-17234568541549</li></ul>

e27 Logo e27 13h ago

‘ESCO on steroids’: Negawatts.io’s data-driven approach to energy savings - e27

Quick Summary:

Negawatts.io, an Australian startup that offers tech solutions to optimise energy consumption for companies, is establishing a new office in Singapore to expand into the Southeast Asia, Australia, and New Zealand (ASEANANZ) markets.

Our commitment to innovation and our “ESCO on Steroids” philosophy ensures that we consistently outperform traditional solutions and drive real, impactful change in the energy landscape.

For example, a recent deployment of vChill at a major commercial facility resulted in a 54 per cent reduction in energy consumption, a significant decrease in operational costs and nearly 1,000t of CO2e annually.