We love batteries! For the next 9 weeks, we'll do a weekly post on why we love battery powered EV charging ecosystems. First up, let's talk peak shaving and load balancing. Battery storage systems are pivotal in managing peak electricity demand at EV charging sites. These systems store energy during off-peak hours when electricity demand and prices are low, and discharge it during peak hours when demand and prices are high. This process, known as peak shaving, reduces the strain on the electrical grid during high-demand periods. By shifting energy usage away from peak times, charging site operators can significantly lower their electricity costs, as they avoid the elevated rates associated with peak demand periods. This approach enhances economic efficiency by optimizing energy use and reducing the need for expensive infrastructure upgrades to meet peak demand. Load balancing is another critical benefit of integrating battery storage at EV charging sites. By smoothing out the variations in electricity demand, battery storage helps maintain a stable load on the grid. This prevents potential overloads and reduces the risk of blackouts, contributing to overall grid reliability. During periods of high energy consumption, stored energy can be released to meet demand, alleviating pressure on the grid. Conversely, during periods of low demand, excess energy can be stored for future use. This dynamic management of energy flow not only supports grid stability but also facilitates the integration of renewable energy sources, which are often variable and intermittent. By ensuring a more consistent and reliable energy supply, battery storage systems play a crucial role in maintaining the balance between supply and demand on the grid. Let's summarize the advantages of peak shaving and load balancing for an EV charging operator. Cost Reduction - Lowers electricity costs by using stored energy during peak demand times. - Reduces demand charges from utilities. Grid Support - Decreases strain on the grid during peak hours. - Helps prevent overloads by stabilizing the load. Operational Reliability - Ensures continuous operation during grid outages with backup power. - Maintains consistent energy supply and service reliability. Economic Benefits: - Participates in demand response programs for financial incentives. - Offers potential revenue through energy market participation. Environmental Impact: - Enhances the use of renewable energy, reducing carbon footprint. - Supports sustainable energy practices and initiatives.
Om oss
Elywhere deliver a new and groundbreaking concept in Electric Vehicle Fast Charging and Energy Management. The Elywhere Supercharger is a turn-key EV DC Fast Charging station with integrated battery storage mounted on a Rapid Deployment Platform. The Elywhere ES300 is the solution for a cost and environmentally effective ramp-up of the charging infrastructure for all types of electric vehicles. The Elywhere ES series is developed and deployed for passenger EV's, Electric Trucks, Electric Buses and Electric industrial vehicles.
- Nettsted
-
https://bit.ly/3YHIgfj
Ekstern lenke til Elywhere
- Bransje
- Miljøtjenester
- Bedriftsstørrelse
- 11–50 ansatte
- Hovedkontor
- Stokke, Vestfold og Telemark
- Type
- Privateid selskap
- Grunnlagt
- 2021
- Spesialiteter
- evcharging, energy management, energy storage, battery management, charging software, EV Fast Charging, Mobile Charging, Grid Balancing, CMS solutions, PV Solar
Beliggenheter
-
Primær
Få veibeskrivelse
Borgeskogen 63
Stokke, Vestfold og Telemark 3160, NO
Ansatte i Elywhere
Oppdateringer
-
Our very own tech and software guru Nils Roald will be speaking at London EV Show this November. Check it out for a fresh perspective on energy orchestration in EV and HDEV charging ⚡
We are pleased to announce that Nils Roald, Chief Product Officer, Elywhere will be joining the esteemed lineup of speakers for the fourth edition of the London EV Show. Nils Roald is at the forefront of integrating advanced energy flow management and digital technology innovations into the rapidly evolving electric vehicle (EV) charging sector. Educated as a Telematics engineer, Nils has honed his expertise through roles in sales, management, and business development within the digital domain, contributing to leading companies such as Cisco, Fortinet, and Splunk. With a rich background that spans cybersecurity, digital platforms, edge computing, and AI/ML analytics of energy data, Nils is driving the transition toward sustainable energy use in transportation. Register today at https://lnkd.in/duJanaBe #londonevshow #levs24 #evshow24 #evshow #londonevshow24 #excellondon #london #ev #electricvehicles #emobility
-
-
We had the honor of hosting a seminar for local partners and industries on HDEV charging and technological development today. With lectures from Volvo Trucks, Volmax, Norges Lastebileier-Forbund and Statens vegvesen we aim to help operators understand the opportunities and solutions available today - as well as further development of charging technology. Thanks for visiting! 👋
-
-
Two new locations were installed in northern Sweden last week - including this beauty in Karesuando ⚡ The battery powered ES-series allows for the operator to generate revenue streams in frequency markets while simultaneously providing rapid charging. Happy charging, kWatt AB!
-
-
Looking good, kWatt AB ⚡️
☀️Hej #Piteå ⚡️kWatt är inom kort på plats och i drift med 300kW #snabbladdare intill #havsbadet