We’ve seen this story play out many times before.  A country or region invests heavily in solar energy, and then, quickly faces a labor shortage. It has become obvious that solar training boot camps is not enough to train enough people to satisfy the ever-increasing demand for qualified solar panel installers.

When Germany introduced a range of ambitious solar incentives a few years back, it wasn’t long before the country discovered that its green workforce was ill-equipped to match growing demand for new PV installations.

There simply weren’t enough qualified professionals in the field.

The same thing happened in Ontario after it passed its historic Green Energy Act.  Even during a global recession, the province had a difficult time filling its rosters with knowledgeable solar experts.

Flash forward to 2012, and the US is poised for its own solar labor shortage.

According to a recent report by the Solar Foundation, the solar market could face severe bottlenecks by 2016 unless the industry develops enough new talent to satisfy growing demand for residential and commercial installations.

The only difference between the US and its predecessors – government incentives aren’t behind the growing labor gap.

In fact, the US lags behind so many of its Western neighbors when it comes to renewable energy rebates, tariffs, and tax credits.  This is especially true in Florida – one of the most active but underfunded solar markets in the country.

People Want Jobs.  People Want Solar.  How Is a Labor Shortage Possible?

On the surface, it seems like an impossible situation.  How, in a down economy with high unemployment, could employers honestly be desperate to find more talent?

What happened to the hundreds of thousands of solar installation students across the country that completed their 40 hours of training and sat for the NABCEP Entry Exam?

I think the problem stems from 2 main sources: training and leadership.

1.  Insufficient Solar Training and Solar Energy Education

Part of the problem stems from the training itself.  Solar energy isn’t rocket science, but you’re still dealing with high voltage equipment that must be safely installed on pre-existing homes and businesses.

Safety alone could easily fill 40 hours of classroom time.  Most solar training programs devote an hour or two.  Why?  Because they have to make room to cover regulations, building codes, marketing, site estimations – important topics that could easily fill another 40 hours each.

Instead of getting sufficient exposure in each area, the majority of students cover all of this material in 1 workweek.  Then they sit for NABCEP entry-level exam and enter the workforce as bona fide solar PV installation professionals.

At least that’s what their certificates say.

If you ask the employers out there who are desperate for more talent – they’ll tell you that 40 hours from an unlicensed school and a piece a paper just won’t cut it in today’s solar industry.

2.  Insufficient Solar Leadership

We’ve covered this several times before, but the powers that be don’t always understand the markets they’re trying to nurture.

If you’re an expert in policy, I wouldn’t expect you to be a seasoned professional in electrical engineering as well.  But once you acknowledge the limits of your expertise, I hope that you would recruit the necessary professionals to help you make well-informed decisions – especially when taxpayer dollars are on the line.

Case in point – Broward County, Florida received $4.1 million in government grants to train an army of 1,400 solar professionals.  In a state with no renewable portfolio standards, zero training requirements, very few supportive green policies, and a disconnect between policymakers and industry professionals, is it any wonder that not a single person entered the solar workforce as a result of this project?

They somehow managed to spend the money though.

The Report Predicts a 2016 Shortage.  But It May Already Be Here.

The coming labor shortage is forecast for 2016 – around the same time that 75% of the solar market attains grid parity (i.e.