SARIN ENERGY INC.’s Post

Portable EV Charging Station Innovation can also be the implementation of a simple idea. https://lnkd.in/gsNtGCKF

🔌 Ready for the Future of EV Charging? 🔋 By 2030, 80% of EV charging is expected to be handled by Level 1 and Level 2 stations. Did you know? * 68% of EV charging will happen at home (single and multi-family) with L1 and L2 stations. * 16% of EV charging will happen at workplaces or public charging stations with L2 stations. * 33 million EVs on the road. Enphase offers durable, reliable, cost-effective options for residential and commercial use, including unconnected and connected "smart" chargers that can even harness solar power for your EV. 🚗💡 Download the DOE factsheet here: https://lnkd.in/gKW2DGcP

⚠️ AMAZING #SOLUTIONS‼️ 🤔👏🏻👍🏻💪🏻👌🏻 ✅If you like this post please follow me for more- click "Like" and share it with your contacts. 🤗 #energy #power #heating #engineering #architecture #civilengineering #ai #ia #sztucznainteligencja #inteligenciaartificial #tech #innotech #nexgen #innovation #itengineering #programmers #it #construction #healthandsafety #spanishpropertysupermarket #machinery #tools #tech #longlifepremiumevoo #grygashians

This is going to be an important installation and demonstrate the versatility of Electric Era's technologies and its applicability to other adjacent large TAMs

EV charger demand is expected to surge in 2025, driven by increasing EV sales and government incentives. The need for both public and home charging solutions will grow rapidly. The forecast for the EV charger surge in 2025 is based on several key factors: * Increasing EV Sales: The continued growth in EV sales globally will directly drive the demand for more charging stations to support these vehicles. * Government Incentives: Government policies and incentives aimed at promoting EV adoption and infrastructure development will accelerate the installation of chargers. * Technological Advancements: Faster and more efficient charging technologies will make EV ownership more convenient and attractive, further boosting demand. * Growing Environmental Concerns: The increasing awareness of environmental issues and the need to reduce carbon emissions will encourage more people to switch to EVs, leading to a greater need for charging infrastructure. Overall, the combination of these factors suggests a significant surge in the demand for EV chargers in 2025, with substantial growth expected in both public and home charging solutions. At EVaaS we are working to bring the most advanced technologies to market, quickly and reliably. learn more at evaassolutions.com

PV/EV & V2X: BIDIRECTIONAL CHARGING, now featured in several electric vehicle models, effectively enables drivers to use their EVs as BATTERIES on WHEELS. Here are the EVs that holds the V2X technologies already. Combine with Solar-PV system for max benefit: https://lnkd.in/dTvDWzQ2 (Slide 22-23) According to Volkswagen, customers with a home power station and the integrated Home Energy Management System (HEMS) from VW partner HagerEnergy GmbH, can cover as much of their household consumption as possible with their photovoltaic system. A pilot project between both companies was launched in Sweden in which an entire housing estate is being supplied with vehicles and the corresponding charging infrastructure. GET YOURSELF ELECTRIFIED - HOME & VEHICLE. https://lnkd.in/dCDYdUkg

💡🎸✨Did you know the band AC/DC is an abbreviation for alternating current and direct current electricity? The name symbolizes the band’s raw energy in music with their power-driven performances. Coincidentally, inverters for AC/DC power conversion is essential to the reliability of the charging grid. Learn more with David Kaminski and how nVent HOFFMAN products play a critical role in protecting EV Infrastructure - especially if the “thunderstruck!” #themoreyouknow #webinar #EVexperts

Thank you to everyone who visited our booth at the 2024 Alabama-Mississippi-Tennessee Car and Truck Dealers Convention!   Here’s an example of how the ChargeBox system by ADS-TEC Energy can save you money and time. By offering 320 kW charging power at a location with a utility demand charge of $12/kW you could save up to $2,640 per month:   Direct-to-Grid Fast Charger: - Draws 320 kW from the grid - Monthly Peak Demand Charge: 320 kW * $12/kW = $3,840   ChargeBox: - Draws only 100 kW from the grid - Uses battery to boost the remaining 220 kW - Monthly Peak Demand Charge: 100 kW * $12/kW = $1,200   Monthly Savings: - Direct-to-Grid Charger: $3,840 - ChargeBox: $1,200 - Savings: $2,640/month   Our ChargeBox system often doesn't require a large transformer, reducing installation wait times by several months. In many cases, no new transformer is needed at all.   Consider ADS-TEC Energy for your EV charging solutions!   #EVCharging #SustainableEnergy #AutoDealers #ADSTECEnergy #ChargeBox

Electric vehicle adoption is on the rise everywhere and now is the time to join the revolution with EV charging stations. It’s never been easier with rebates and incentives available through Federal and state programs. Check out our rebate tool to find incentives for ACDI Energy Services charging stations in your area: https://hubs.la/Q02s_Sw50. #ACDIEnergy #BetterThanYesterday

Here is a breakdown of L1, L2, and L3 EV charging estimates in 2030.