Second Wind’s (http://www.secondwind.com/) mission is to advance the use of wind data to make wind energy profitable for the businesses and investors who create wind energy plants, painless for the operators who work with wind energy equipment and practical for the businesses, consumers and utilities that benefit from wind energy as a low-cost and environmentally desirable source of power.

Second Wind prides itself on technology innovation with its in-house hardware development and software engineering talent. The company continues to develop ground breaking products related to wind data.

Thirty four employees staff Second Wind’s headquarters and manufacturing facility.  The company has an industry-wide reputation for innovative, reliable technology and excellent customer support. Inc. magazine recently ranked Second Wind on its first-ever Inc. 5,000 list of the fastest-growing private companies in the country. The company’s ranking was based on its 27% revenue growth from 2003-2006 and was the only business-to-business wind organization in the energy industry category. In December 2007, Second Wind secured $4 million in second round financing from Good Energies, a leading global investor in the renewable energy and energy efficiency industry.

Second Wind has been growing steadily, with annual sales of about $7M in 2008. Their clients include the largest developers and operators in an industry with a 30% annual growth rate.

History

Second Wind was founded in 1980 by Walter Sass and Kenneth Cohn.  Engineers who have been friends since grade school, they decided the emerging field of wind energy provided an opportunity to leverage their engineering skills to benefit the environment. They recognized that, to succeed, the industry needed more than wind turbines. Wind developers also needed software and hardware to measure wind accurately at prospective sites and to monitor turbine performance at established wind farms. The company’s first headquarters was the spare bedroom in Sass’s home.

Second Wind established a presence in wind resource assessment in 1981 by introducing the first data logger designed specifically for wind energy prospecting.  In 1985, the company introduced their first wind farm monitoring system. In 2007, Second Wind launched the Triton^TM sonic wind profiler, designed to re-invent sodar for wind profiling.

Market Opportunity

Wind energy is growing at 20-30% annually.  The market is global, with 17 countries having attained over 1,000 MW via wind.  Of the $37B invested in wind energy in 2007, 2% was for wind resource assessment instrumentation and services, or $735MM. 8,000 met towers were installed for prospecting, power performance and operations.  Target markets for wind assessment include large, medium and small developers as well as services firms.

The pressing need for viable alternative energy sources that do more than just supplement coal fired power-stations is driving advances in the development of wind energy. A major hurdle in establishing successful wind farms is the difficulty of attaining accurate site evaluation data.  The Triton Sonic Wind Profiler addresses this challenge. Designed to measure wind-speed at heights of up to 200m without the need for erecting costly and less effective masts, the wind profiler utilizes a technique known as Sodar (sound detection and ranging) that measures sound wave echoes in the atmosphere. The technique is not dissimilar to Sonar detection used by submarines underwater.

In evaluating a suitable site to establish a wind farm, measurements need to be taken over a period of at least a year. This has been achieved, until now,  by using a meteorological mast or met mast – a tower equipped with anemometers and other weather instruments. These masts are limited to a height restriction of 60m; any taller tower requires aircraft warning lights, which complicates assessment of a site for a turbine 75-80m high.  Another complicating issue is the masts’ high visibility, which can raise public concerns before the site has been properly evaluated.

Relying on precise measurements of frequency and time delay from sound pulses that are bounced back to the transmission unit by wind turbulence, Sodar technology provides a virtually invisible tool which measures wind speed and direction at heights up to 200 meters. The Triton system also overcomes some of the problems associated with existing Sodar technology by remaining effective even in poor weather and delivering easy to interpret wind data without an on-site presence.

Triton also boasts innovations such as a hexagonal transducer array and a tri-lobed acoustic enclosure that increase accuracy by improving signal-to-noise ratios and beam focus, rugged construction making the unit effective in all weather conditions and able to correct measurements when used on uneven ground.

The Products and Customers

Triton^TM Sonic Wind Profiler re-invents sodar technology for wind assessment. It captures accurate wind data from any height, in any weather, at any location, without being attended. Readings look like anemometry results, with no expert analysis required.

SODAR (SOnic Detection And Ranging  http://en.wikipedia.org/wiki/Sodar ), or sodar, is a meteorological instrument which measures the scattering of sound waves by atmospheric turbulence. SODAR systems are used to measure wind speed at various heights above the ground, and the thermodynamic structure of the lower layer of the atmosphere.

Sodar systems are like radar (radio detection and ranging) systems except that sound waves rather than radio waves are used for detection.

Sodar sends an audible “chirp” up through the air, and wind turbulence sends a portion of the sound back toward the ground. By precisely measuring the frequency and time delay of the chirp’s echo, the sodar device measures the wind speed and direction at various heights.

Sodar technology is commonly used for “site profiling” at the end of the prospecting process for potential wind farm locations. It measures above the 60-meter height of most meteorological masts, assessing wind at actual turbine heights. In addition, sodar is more portable than masts and can be moved to determine ideal turbine placement.

Current sodar products have multiple limitations for wind profiling. They require on-site support to

operate, and deliver wind data in formats that require expert interpretation. Readings must be carefully analyzed to filter out “side lobes,” or sound artifacts from nearby trees and buildings that can produce inaccurate results. Most current sodar products also must be covered in rain or snow to avoid damage to the sensitive microphones and speakers.

Benefits of the Triton Sonic Wind Profiler

Numerous Triton innovations address the shortcomings of existing sodar products for wind profi

• • More accurate data. A hexagonal speaker array (patent applied for) focuses sound beams more

effectively than previous designs, which improves signal-to-noise ratio accuracy and decreases

disruption. The array is housed in a tri-lobed acoustic enclosure, which reduces the chance of

sound artifacts disrupting data.

• • Unattended use in any location. A solar array and battery can provide adequate power for the

Triton unit to operate for prolonged periods of time, depending on available sunlight and amount

of use.  Bundled with new Skyserve satellite wind data service, the Triton profiler delivers

accurate wind data to any computer from any location in North America.

• • Ready-to-read data. Unlike other sodar products, the Second Wind sodar delivers easy-to-read

data that is similar to data read outs from conventional meteorological towers.

• • Works in any weather. The unit is made of rugged plastic with stainless steel components and

sound absorbing material that functions when wet, unlike foam. Internal temperature sensors and

a propane heater also allow Triton to operate in icy conditions.

• • More portable and less obtrusive. At six feet tall, Triton can easily be towed by a pick-up truck.

The unit has internal controls to compensate for uneven ground, and a built-in GPS and compass

identify the time and location of data as it’s captured. Because of better acoustics, it is also less noisy than other sodar products.

The Position

Reporting to the VP Global Sales Peter Gibson, the Director Eastern European Sales will be responsible for the planning and execution of sales activities for Second Wind in Eastern and Central Europe. The Sales Director be focused on direct sales of the company’s Triton SODAR device and services.

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CEOs and executive leaders of innovation-stage companies often ask themselves what is the best approach to employee appreciation, productivity and retention.

We’ve all heard the stories around the lengths some venture capital-backed companies go in their efforts to service the needs of their employees.  What started as the water cooler and drip coffee pot, fast-growth companies have super-sized, continuing to up the employee pampering ante–  installing company-paid cappuccino machines and Kurig coffee makers with what appears to be an endless supply and variety of coffees and teas.  Keeping well-stocked office kitchen pantries with either favored junk food, healthy snack choices, or both.  Catering lunch, breakfast, dinner, sometimes all three meals plus a midnight snack that rivals food options found on luxe cruise liners.  Car valet services, onsite dry-cleaning pick-up/drop off, massages, yoga, concierge services, onsite daycare/nanny service, bring-your-pet-to-work options.  And on and on and on, the calories and comfort food arms race continues its grim march toward caffeine OD and adult-onset diabetes.

However, there’s a moral and dilemma CEOs often face when trying to strike the right balance of perks and austerity.

The argument for pampering:  In the new knowledge-worker driven economy, there is often precious little machinery or automation.  So every time an employee walks out the door to Starbucks, Dunkin’ Donuts, the sandwich shop, or the drycleaner, the corporate engine slows down a notch.  Therefore, the logic emerges that if you can remove all interruptions for employees, you’ll get far more in productivity out of them than junk food and pampering you put in to them.

The argument against:   It’s expensive.  It creates a sense of entitlement in employees.  It creates a false sense of prosperity in a company that may be pre-revenue and in need of several more rounds of funding before it can stand on it’s own two financial legs.

Some might say that economic recessions pound the potential for excess back to square one.   OK, so perks have slowed down a bit after each economic set-back in the last decade, starting with the Internet bubble bursting and post-Y2K malaise, the aftermath of 9/11 on the U.S. economy and, most recently, the banking sector melt-down.  However, after each setback it seems a new “floor” gets set that’s just a bit tonier than the last one.

So how do CEOs handle this arms race in employee perks you ask?

Below are a few lessons learned and secrets shared by a number of CEOs who know a bit about the word “value” in serving up employee perks-

Perks Case Study A: Intra-office “micropreneurship.” The secret of the concession license

One venture-backed CEO wanted to offer some of the perks, but not all when it came to stocking the pantry.    So, rather than facing an all-or-nothing approach, the CEO decided that a business principle was in play that could be exploited in a win-win-win fashion–  what the company had as an asset was the equivalent of a monopoly.  He reasoned that employees were a captive audience.  If the CEO offered the “vendor concession” contract to an aspiring employee who wanted to make a few bucks, the company would offer exclusive stocking/inventory rights to that employee to stock the pantry.  However, in trade, the employee had to agree to offer below-market pricing on food and beverages, and also manage the “SKU requests” that the employees would log from time to time regarding food selection and preferences.  His formula in a nutshell looked like this:

-          win for employees-as the got a below market food and beverage offering, the equivalent of a “company subsidized” pantry offering

-          win for the “intra-preneur”-who was given the food concession to run, and could make a few extra bucks running the business

-          win for the company-the company didn’t have to provide all the food gratis, nor had the headache of fielding all the requests from employees

Perks Case Study B:  Serving dinner not as an entitlement, but only to the truly meritorious

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One of the questions we as executive recruiters often get asked  is the trade-off between experience and aptitude.   Both sides of the equation are prone to asking it, clients and executive candidates alike.  Sometimes this teeter-totter is referred to as “domain expert versus best athlete.”

What do they mean when they ask?  There’s actually a lot of nuance in the question-when are skills and experience most important to success in the role versus pure talent and aptitude?

• •    Just because a CEO is moving from one industry to another, does s/he lose his ability to successfully lead?
• •    If a VP Sales has been successful at one stage of company growth, can s/he take that same sales toolbox and be successful in another stage company, say either emerging-stage or mature-stage?
• •    Can a VP Engineering be equally effective managing in large companies and small?
• •    Do companies look for the same types of leadership in good economic cycles as well as bad?
• •    How does an executive’s move out of their wheelhouse of skills and experience impact their compensation and/or level in a new industry and company?

These questions are only a few of the factors that impact the answer.    The following discussion is aimed at trying to lend some clarity and context to question.

Let’s take a look at the hour-glass graph below to lay down some of these factors against our “expert or athlete” question:

1)     Level of management: The first factor is where an employee sits in the organizational chart.   In general, skills and experience are most critical at the “waist” of the hour-glass graph-mid-to-upper level management, starting at manager, through director- and VP-level.  At the top and bottom of the hour-glass, aptitude often ends up as the greater emphasis in “hireability.”  This may be fairly intuitive for many.

a.     Entry-level: When you first get out of school, employers often hire for a combination of attitude and intelligence and look for those who exhibit room to grow or “headroom.”   In fact, at entry-level, skills and experience for those roles are often a liability.  Employers may feel someone is overqualified, or a “flight risk” if that employee finds another better-paying and/or higher level position at another company.

b.     CEO-level: When you achieve P&L/CEO status, employers often will place more emphasis on the track record a CEO has in leading a company versus a tenured career history in a specific industry area.  Can a CEO move from rust-belt manufacturer to biotech?  Likely not.  However, there isn’t the same granularity of fit applied at the CEO-level as at the middle-management layer.  If a CEO has been broadly successful in in a number of software companies, it often becomes less important what type of software, or what industry vertical that software was developed for.  Certainly some screening is applied to industry, with some of the below more general industry characteristics takingi precedence-

i.      Experience in selling to similar customer base, B2B vs. B2C or government

ii.      Experience raising equity capital from venture capital or private equity

iii.      Experience creating exits for investors that have generated good returns for those investors

iv.      Experience taking a company from one industry into other industries, popularly referred to as “crossing the chasm”

c.     Mid-to-upper management:   Mid and upper management are where skills and experience over mere aptitude are often most sought after by employers.  Those who are hiring at this level will often even emphasize industry skills and experience above managerial experience, giving the edge to a candidate with industry-relevant background and a lesser degree of leadership experience, assuming that management is a learned skill and can be taught or picked up on the job.  Is this right?  That’s not the focus of our discussion here.  Rather, our goal here is to describe corporate hiring  norms from our observations.

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