This month, the California Public Utilities Commission announced $200 million for utilities to invest in multi-customer microgrids.

900 MHz private LTE is becoming the broadband wireless standard for utilities due to its ability to offer visibility, control, quality of service, reliability, and resiliency all the way to the grid edge which is essential for next level grid transformational solutions.

Private LTE Networks are a game-changer for utilities. They offer dedicated, secure, and high-performance connectivity that can be tailored to specific needs.

4G LTE and 5G NR are well-established technologies around the world. Utilities can future-proof their investments by taking advantage of a large, globe-spanning ecosystem of vendors, integrators and consultants that can support the deployment and operation of radios, core network elements and devices.

Historically, power cuts and outages were deemed a problem only for the developing world, however, we’re now seeing more of these issues in the so-called developed world, primarily driven by a lack of electricity infrastructure spend over many years.

At the heart of the new energy paradigm is undersea cable technology, which is benefitting from improved laying techniques and a general acceptance of the idea that high-voltage direct current connectors can function safely over very large distances for many decades.

Power Grid Corporation of India Limited (PGCIL) recently obtained approval to invest Rs.803 crore for electricity transmission projects in India.

Energy Infrastructure: Low-carbon heating requires technologies that ensure an efficient and secure integration into the (electrical) grid.

China has accounted for the world's largest solar capacity addition in recent years, with around 30% of installed global capacity, but most of the low-hanging fruits have been picked, and deeper penetration into the energy mix requires overhauling large parts of the power system.

By leveraging digital technologies like artificial intelligence, data analytics, and the Internet of Things (IoT), the Digital Green Grid can optimize energy production, distribution, and consumption in real-time, reducing waste and maximizing efficiency.