A new report co-authored by energy expert Tony Seba predicts that the combination of solar and wind energy with batteries could undercut and disrupt the existing global energy system with “the cheapest power available” over the next decade.
The software platform now incorporates data from a SolarEdge inverter, meaning clients can run residential storage dispatch simulations and work out the optimum schedule for operations.
A salmon farm in Norway will become more environmentally friendly with the addition of a Tesvolt-supplied battery energy storage system, reducing the run time of diesel generators onsite by up to 18 hours a day, saving on costs and working time spent on maintenance.
As the building blocks of energy storage systems, batteries have a key role in influencing system design and economics. Davion Hill of DNV GL explores the importance of testing the performance of individual battery cells in minimising the exposure of battery buyers to technical risks
Today, energy storage projects often fail to deliver value because of economic miscalculations. These computational issues, however, can now be mitigated by applying software, analytics and machine learning, write Enrico Ladendorf and Bryce Evans of Pason Power.
Nevada could cost-effectively deploy between 750MW and 1,000MW of energy storage by 2030, according to an economic study commissioned by the state’s rulemakers to investigate the potential for the technology.
The value of a front-of-meter battery energy storage system in California could be doubled or even trebled, by adding more than one revenue stream to the project, a new report says.
The UK’s Solar Trade Association (STA) has refuted claims made in a recent report that a residential solar array in combination with an energy storage system was not “economically viable”, calling it flawed and lacking in detail.
