• Home
  • Expertise
  • Work
  • About
  • News
  • Contact
  • Home
  • Expertise
  • Work
  • About
  • News
  • Contact
Facebook-f X-twitter Linkedin-in Instagram

News

  • Client News

OWC Earned a Feature in PV Magazine for Nuvve

California-based electric vehicle charging technology developer Nuvve Holding Corp. said vehicle-to-grid connectivity could play an important role in supporting U.S. grid stability in 2025 and beyond. A white paper released by the company pointed out that the adoption of EV school buses promises to be a key driver of the bidirectional charging infrastructure market.

The report asserts that EV adoption is hampered more broadly by a lack of charging infrastructure, particularly in low-income areas and along inter-city routes. Nuvve calls for more charging stations in high-traffic locations, such as convenience stores, shopping malls and hotels.

In addition, the white paper said, “for commercial heavy-duty electric vehicles, the energy needs are even higher, and high-power charging is needed at depots, warehouses, logistics centers, ports, and alongside the [main] truck transit routes.”

One of the main points of the white paper is that EV reliance on an electric grid that increasingly depends on variable renewable energy is leading to a “tipping point.” High retail prices for electricity, increasing demand from all loads (e.g., electrification, manufacturing, EVs) and delays in solar interconnection are combining to create a crisis situation, according to the Nuvve white paper:

Read the full article: EV expansion depends on bidirectional charging capability, says report

Other News

11.4

When a Bright Idea Becomes a Reputation Disaster | eNews from OWC

  • eNewsletter
Read Article
10.15

The Real Value of a Newspaper Story | eNews from OWC

  • eNewsletter
Read Article
base_dusk

CoStar News spotlights Lowe executive and San Diego projects

  • Client News
Read Article

10940 Wilshire Blvd., Suite 1210
Los Angeles, CA 90024

T: 310.824.9000
F: 310.824.9007
info@olmsteadwilliams.com

Facebook-f X-twitter Linkedin-in Instagram