Blink Charging Announces ‘World EV Day’ Charity Initiative

Blink Charging Announces ‘World EV Day’ Charity Initiative

The company will donate profits from its UK chargers, emphasizing the positive effect EV adoption can have on air quality.

Blink Charging Co., global manufacturer, owner, operator and provider of electric vehicle (EV) charging equipment and services, announced that in recognition of World EV Day on September 9, 2023, its wholly owned subsidiary Blink Charging UK will donate profits from its UK chargers. The initiative is in support of efforts to reduce air pollution throughout the UK, emphasizing the significant, positive effect EV adoption can have on air quality, the company says.

Blink Charging UK will donate the proceeds to organizations working to eradicate lung diseases such as asthma. The donation will be based on the total amount of EV charging conducted on Blink UK’s chargers throughout September 9. The more drivers charge, the larger the donation, the company says.

EV drivers can participate in the “Charge for Charity” initiative simply by charging their cars at a Blink charger on September 9. Blink chargers can be found via the Blink Charging UK Mobile App | Blink Charging UK.

The average gasoline-powered passenger vehicle emits approximately 4.6 metric tons of carbon dioxide every year, with each gallon of petrol burnt creating about 8,887 grams of carbon dioxide, Blink Charging says. In contrast, EVs emit no tailpipe emissions. “EV adoption is a direct and significant step toward cleaning up the air we breathe, creating a healthier environment for all,” the company adds.

The UK has seen significant strides in air pollution improvement in the last decade. In London, both nitrogen dioxide (NO2) and fine particulate matter (PM2.5) levels have experienced significant reduction. Policies promoting the use of EVs have played a role in being directly responsible for this noteworthy change, according to Blink Charging.

You May Also Like

Flash, Qmerit Partner to Advance EV Charging in the U.S.

Qmerit’s maintenance network will provide Flash with a single source for maintenance across its charging locations.

Flash, a provider of end-to-end cloud-based parking, reservations and EV charging platforms, announced a strategic partnership with Qmerit, an installer of home and commercial EV chargers and other electrification technologies, to close the gap in EV charging infrastructure in urban markets. Combining Flash's platform and Qmerit's installation and maintenance network, the partnership will bring digitally integrated Level 2 and DC Fast charging systems to Flash's network of parking venues including hotels, mixed-use developments, offices retail and more. Collectively, this partnership will materially broaden charger availability and reliability throughout the U.S.

Chevron, Trafigura, Papé Group Close Investment in OneH2

The investment will help accelerate the development of mid-scale hydrogen generators and fuel distribution solutions.

Report: U.S. EV Investments Rapidly Increasing

Electric vehicle and battery manufacturing grew by a reported $92.3 billion over the past 12 months.

AISIN Spotlights Electrification Tech at Detroit Auto Show

AISIN’s expanded booth will include a mini EV demo car, connected solutions, eAxle and more.

Survey: 54% of Gas Vehicle Drivers Ready to Embrace Electric

The study also found that 58% of drivers interested in purchasing or leasing an EV are motivated by environmental concerns.

Other Posts

Eaton Rebrands Vehicle Group & eMobility Businesses

Eaton said its newly formed Mobility Group will help meet the evolving needs of both its ICE and EV customers.

EVgo Expands Autocharge+ Compatibility to Include Rivian

With the addition of Rivian, there are now 30 eligible vehicle models that can be enrolled in Autocharge+.

Electrify America Unveils 75MW Solar Glow 1 Project

At peak capacity, the power drawn from the project is equivalent to charging 500 EVs simultaneously.

Clarios to Acquire Paragon’s Battery Unit

The investment aligns with the company’s focus on low-voltage vehicle architecture and systems.