The paper addresses the challenges of managing electric vehicle (EV) charging within modern power systems that rely on a single-time-of-use electricity pricing model. It proposes a novel approach that combines time-of-use pricing with the flexible energy storage capabilities of EVs to optimize charging and discharging plans. The strategy aims to reduce fluctuations in microgrid load and enhance grid stability while also considering carbon pricing.
Advancement in Solar Technology: Nighttime Power Generation
Researchers at the University of New South Wales (UNSW) have developed a groundbreaking solar technology that generates electricity from infrared emissions at night, potentially transforming energy sustainability.
Energy, utilities, resources: fast forward to the future with microgrids
By Carol Johnston Having worked in the energy, utilities, and resources (EUR) sector for most of my career, I’ve been fortunate to witness some amazing changes in how we power […]
How ‘virtual power plants’ help reduce peak power demand in New England
On the hottest afternoons this summer, when residents across New England cranked their air conditioners, something noteworthy happened. Thousands of internet-connected thermostats, home solar panels and battery systems were called […]
Benefits of VPPs and energy storage
Benefits of VPPs and energy storage The adoption of VPPs and energy storage solutions offers several significant benefits, including: Enhanced grid stability and resilience: VPPs and energy storage solutions can […]
- 1
- 2
- 3
- …
- 15
- Next Page »