energy future

From Maria to Microgrids: Why Puerto Rico’s Energy Future Should Be Built on Distributed Energy

Concrete power line poles lie on a highway after Puerto Rico was hit by Hurricane Maria.

Puerto Rico has a very long and politicized electrical grid history, and politics will play a big role in how the island territory will recover from the devastation of Hurricane Maria, a category 4 storm that hit the island on September 20, 2017. Puerto Rico, barely recovering from Hurricane Irma, was devastated by Maria, a storm so large and so direct that its eye alone literally covered the entire island. The storm destroyed more than three-fourths of the island’s power infrastructure, leaving Puerto Rico’s 3.5 million residents without power. Current estimates are that most of the country won’t be back on-grid for months.

Lessons from the Off-grid World: Resilient Distributed Energy Win-Win for Consumers, Utilities

distributed energy

The future of energy starts with a fundamental transition from a centralized structure dependent on fossil generation to a distributed structure relying mostly on renewable generation. This transition means a large number of small projects instead of a small number of large projects. And you, HOMER users, are the vanguard of this transition.

To ‘fuel’ this future, the grid-connected world can learn a lot of lessons from international (and Alaskan) experience with off-grid and isolated systems, which were the topics of many of the sessions held at HIMC2017. I’m going to talk about 6 such lessons.

Rocky Mountain Institute: Planning Saint Lucia’s Energy Future — A HOMER Pro Case Study

Island MicrogridsPiton mountains in Saint Lucia stock photo October 2016

HOMER Case Study: Rocky Mountain Institute Saint Lucia, like other island nations in the Caribbean, experiences high and volatile energy prices and has an economy extremely vulnerable to fluctuations […]