The plan uses existing infrastructure as an opportunity to restore power quickly, with new equipment reducing the cost of power generation in the long-term.”

— Mike Echols

WASHINGTON, DC, US, October 8, 2017 / — Elon Musk, the brilliant billionaire behind SpaceX, Tesla, and Solar City, has recently said he wants to make Puerto Rico a 100% solar island. This is an incredible plan, but for an island $80B in debt and on the verge of bankruptcy the plan is entirely irresponsible. The distraction caused by the declaration by Musk slows an already life-threatening situation.

Puerto Rico is still attempting to recover from the devastation from Hurricane Maria. Island residents are for the most part, without power. Power is required to run critical infrastructure such as water filtration and systems that assure communications with the outside world. Current estimates show Puerto Rico restoring power in four to six months. In that time, there could be widespread death from public health issues exacerbated by a lack of access to medicines, communications, and sanitation systems. America has the technology, experience and spirit to bring significant power generation to Puerto Rico’s residents in half the time (four to six months) previously projected by Government Officials.

According to Mike Echols, former DHS Official and now CEO of MAX Cybersecurity (dba MAX Services), a solution, that would restore power quickly, has been presented to Puerto Rico Electric Power Authority (PREPA) and representatives from Puerto Rico’s Governor’s Office. “The plan uses existing infrastructure as an opportunity to restore power quickly with new equipment that reducing the cost of power generation in the long-term. People are suffering now, what are we going to do about it?” said Echols.

Here is how the price of solar adds up. Single Axis tracking solar, according to the EIA, costs $1.15/watt to install. The Island currently uses 20 billion kWhs per year with a single axis tracking solar panel per kW generating 1,826 kWh/year. This means that total installed capacity just to generate the electricity required, with no line losses worked in, would be 10,954,402 kWs installed capacity, at a cost of $12.7 billion. The total space required for this would be 35,000 acres, or 1% of the island’s landmass. This alone is a great cost for the power production, and doesn’t factor in storage and peaking needs