Lessons Learned from Inventing a Solar Installation Tool and How it Can Help you Sell More Projects

Let me first start by saying that this article is indeed a piece of shameless promotion. It is about a solar installation tool that I invented while I was running a crew installing residential photovoltaic arrays in Massachusetts.

At first, I was not going to share the story and details of the tool. However, I now believe that the story of how and why we created the tool is a useful one. Also, we’ve received some initial sales and positive feedback from solar installers, leading me to believe other installers will find it useful. Lastly, everyone in the industry is looking to increase profitability by making high quality installations go faster and with less manpower and time. The PV Pal address all three of the issues. Here is the story behind its invention, what we learned and how you can apply it to sell more solar projects to homeowners, and how you can get more information on the PV Pal.

The Story – Why did we Invent the Tool?

The story is indeed very simple. Anyone who has installed residential solar knows that the hardest part of the array installation is getting the first row in and parallel with the bottom of the roof.  It MUST look parallel. This can be challenging for an experienced crew and very difficult for contractors new to being on a roof. The rapid growth and demand for solar installers has created a few precarious situations where contractors new to, and maybe nervous of,  the roof find themselves on the edge of a roof trying to install solar panels. This is the situation I found myself in.

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December 7th, 2011|Categories: Solar, Solar Design & Installation|Tags: , , , , , |

How to Use Lean Startup Methods in Renewable Energy to Increase Profits

In the last few posts I’ve written about the process of expanding an existing construction company into renewable energy business and the single thing our marketing planwill focus on. If you’re new to the solar industry, go to the Solar 101 Reading list. It has free tools and articles on solar design and installation, sales and marketing, policy, finance and best practices.

The main metric I’m using is “profit per time invested”. I’m not as interested in increasing top line growth rather then profitability, especially as we get stared. My goal is to reach a profitability of 20% pre-tax. This seems very “doable” given the general construction industry has a profit margin of around 10%. How does this number impact the scale of the business? I can live well with a business that sells $500k a year in revenue providing me with $100k in profit. That is not a lot. This is a little under $48k revenue per month. That is 2 solar pv or geothermal jobs per month, equally 24 jobs a year. Or 4 to 5 solar thermal jobs per month or a combination of solar pv, geothermal and solar thermal. Very “doable”, especially if you look at the number of jobs that companies are doing and the small profit they’re making. From a marketing perspective, the key will be to understand what really is the cause of these jobs so that we can make sure the revenue will be stable and predictable. Most companies take jobs as they come and think its because of something they’ve done. When revenue decline they’re end up in the dark.

Many people  like to think big, going after larger and larger projects and getting into commercial work. Often times, they do this by suffering through slimmer and slimmer margins while having to deal with more and more headaches. I’m into thinking big, but by big, I think of net profit. Basically, I’d like to focus more on efficiency then growth of absolutely numbers. A company making 20% margin on $500k in revenue makes the same money as a company with a 5% margin and $2 MILLION in revenue. I’d argue it’s easier to increase efficiency then to grow revenue because you have more control over your own operations then the decisions of clients.

I’m a huge believe in the “crawl –> walk –> run” philosophy of business development and that’s why I spent the last two posts discussing my entire marketing strategy, the goals and metrics of each business task. Now I’m going to outline the operational strategy.

In order to run a super efficient service based business (all construction companies are service based) there are two critical components that need to be optimized. First, your marketing and sales and second the design and installation. On the marketing and sales side this mean decreasing the number of leads you’re getting but making sure that more of them close. Again, you’re goal should to be getting 5 to 10 leads month and have a 50% close rate, rather then sifting through and doing site visits on 50 leads, only to have 3% close. Remember this, dealing with leads takes time and is expensive.

Enough about marketing, for this article let’s focus on operation of running the business.

Many people have been looking for a connection between clean energy and technology for some time now and there aren’t many, other then the goal of “world-changing” technology. However, I believe I’ve found a similarity that can be used to increase operational profitability of small clean energy companies. In tech startups, there tends to be two teams of people. One group is focused on the customer and the other on developing the product. Here’s the reason for this. In most new tech companies, not only does the team not know exactly what the product will be, but they don’t know who the exact customer will be either. So, the customer development team is always performing tests with the product to determine who the customer is and what they will pay for the product. While the product development team is tweaking the product to see if a certain customer will pay for it. I’m not a tech guy, so I might have missed a few things. But to my understand these are called Lean Startup principles.

We can apply a similar model to the sales/marketing and operations activities within a small clean energy company. NOT that the sales/marketing team don’t know who the customer is and the operations team doesn’t know what the product should be. In clean energy both of these variables are known. The logic applies to how the teams are organized so that it a has a huge impact on their effectiveness and the profitability of the company. To display this, let’s review how the “traditional” organization structure of most construction companies is focused.

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The 4 Ownership Structures Used to Finance Solar Projects – Part 1

If you’re new to the solar industry, go to the Solar 101 Reading list. It has free tools and articles on solar design and installation, sales and marketing, policy, finance and best practices.
In the last post we discussed the 5 elements needed to finance any solar project. Often times, the last step in the process is creating a the legal structure that maximizes all of the financial benefits for investors, the project team, and the owners.

I have three great resources for you if you’re very serious about financing commercial projects

Read the List of Everything You Need to Understand to Finance Commercial Solar Projects
Download the 27 page Beginners Guide to Financing Commercial Solar Projects. 
Click here to sign up for our Solar MBA and Learn how to Finance Commercial Solar PPAs from A to Z. Click here to test drive the Solar MBA for free. 
Click here to join our Linkedin group “Best Practices for Financing Commercial PPAs Between 200kW and 5MW” and continue the conversation about best practices.
How to Finance Non-Profit Solar Projects – 50 Minute Session Answering 5  Key Questions
Listen to 60 Minute Interview: Advice from a $20MM Solar Tax Equity Investor to Commercial Solar Installers – Focus on a Niche, Be Fast, and Standardize your Operations
60 Minutes of Video Answer 7 Questions on Best Practices for Setting up Commercial Solar Power Purchase Agreements.

There are 4 ownership structures used for solar projects.

Owner Financed
The partnership flip
The sale-leaseback
The lease-passthrough

For this article, we’ll focus on the very basics of the partnership flip.

The partnership flip was created for developments in the wind industry and is now being applied to the solar industry. Read below for more details. If you have any questions or feel I left something out leave a comment in the post HeatSpring’s linkedin group: “Best Practices for Financing Commercial PPAs Between 200kW and 5MW”

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August 4th, 2011|Categories: Financing, Solar, Solar Design & Installation, Solar Finance|Tags: , , , |