Being able to produce power at low cost is what makes the solar energy industry better every day, but storing that energy for rainy days is a primary roadblock as batteries have their limits.
Big data goals can be defined by gathering, analyzing, and understanding the requirements. More often than not, IT gets distracted by the Hadoop cluster.
Smart cities certainly need a modern infrastructure that is capable of handling the increasing influx of data traffic along with a rapid rise in the number of digital connections.
To leverage smart grid technology it is imperative that the utility space is well-equipped to meet the demands and requirements of the consumers.
The IoT sensors placed on the production assembly can send the captured data directly into Hadoop data lakes to perform big data analytics.
Harnessing the potential of behind-the-meter flexibility enables businesses to avoid peak electricity charges to a better extent.
By employing blockchain technology in energy grid, transactions can be verified by neighboring computers that are present in a network, ensuring the timely payment for the energy supplied by the consumer.
The recent technological developments like intelligent artificial lift in oilfield solutions are bolstering the market growth with the ability to pair advanced equipment with surveillance, data collection, and precise, real-time interpretation.
Cleantech industry is generally grouped into four sectors, namely energy generation, energy storage, energy efficiency, and energy infrastructure.
High-frequency data that has a granularity of fewer than 10-minute intervals is of great value to modeling