Recent Posts
Recent cost reductions in solar technologies and a changing energy landscape has seen a wave of industrial businesses install industrial solar pv systems to slash their electricity bills.
In Australia, distributed energy resources (DER) are predicted to take over as the main type of energy supply, but what are they? And how can they impact industrial businesses’ bottom line?
The building blocks of tomorrow’s smart cities – from advanced data analysis, the Internet of Things (IoT) communication, driverless cars and cloud computing – all need fast, reliable communication networks. And the answer lies in 5G…
Australia, and the world, is talking about 5G. A lot.
Its promise of increased speed and unparalleled low latency and throughput capacity has got everyone asking: What does it mean for telecommunications, industry, and the average person with a smart phone?
The ability to respond quickly to industrial control faults and electrical breakdowns to reduce unplanned downtime relies heavily on your production and maintenance staffs’ ability to quickly find the problem and identify what help is required.
The world has more data then it knows what to do with. IBM says the world creates two and a half quintillion bytes or 2,500,000,000,000,000,000 bytes of data EVERY DAY.
While residential solar has been steadily increasing in Australia, the industrial sector is only just coming to the table -- but in big ways. We explore how, and to what scale, industrial operators are installing large scale solar photovoltaic (PV) to reduce their energy consumption.
Industrial operators widely recognize that preventative maintenance extends the life of assets, increases productivity, improves overall efficiency and reduces maintenance costs, with a significant margin on a run-to-failure maintenance approach..
Although manufacturing and industrial operators have access to millions-of-dollars in government grants per year, it remains an underutilized resource. People tend to think the grant process is too difficult.
