Energy Exchange

By Dakoury Godo-Solo

The adoption of electric trucks is on the rise, but as fleets make the transition, the idea of switching from diesel to electricity as a fuel source can raise concerns about reliability in the event of a power outage. Thankfully, this is a manageable challenge on the road to electrification — and one that many industries have experience with navigating. Hospitals, grocery stores and data centers are just a few examples of industries that have extensively explored the question of how to best address power resiliency.

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By Kae Tuitt

As more and more companies transition to zero-emission medium- and heavy-duty electric vehicles, it is increasingly clear that the future is electric. Still, some fleet owners coordinating receipt of new electric trucks and buses may face challenges with delays arising from the potentially lengthy and opaque interconnection process of getting EV chargers connected to the grid. Interconnection delays can make it difficult to adhere to project schedules and put projects at risk.

Fleets can help address these challenges by encouraging states and utilities to adopt policy and technical solutions for overcoming interconnection delays. Currently available options include hybrid interconnection, flexible interconnection and ramped connection. Fleets don’t have to let grid connection delays slow down project timelines — by urging utilities to implement these strategies, they can avoid unnecessary delays and alleviate risks associated with EV deployment and investments.

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By Anna Lóránt 

The EU is striving to become the first climate-neutral continent by 2050. As one of the fastest warming continents in the world, with climate risks threatening its energy and food security, ecosystems, infrastructure, water resources, financial stability and people’s health (EEA, 2024), ambitious climate action is a necessity.  

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Photo courtesy of Angel Luis Garcia

By Abimarie Otaño Cruz

The results of the Puerto Rico Grid Resilience and Transitions to 100% Renewable Energy Study (PR100) contain an important conclusion: “Puerto Rico can make a feasible transition to 100% renewable energy by 2050, but significant improvements and investments in the system, guided by meaningful community participation, are necessary to achieve this.”

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