Ocean Power Technologies (OPTT: Nasdaq) has successfully installed one of its PowerBuoys off the coast of Chile near Las Cruces. Designed to convert ocean wave energy to electrical power, the PowerBuoy was purchased by Enel Green Power, a subsidiary of electric and gas utility Enel SpA (ESOCF: OTC). Electricity from the unit will be used to power equipment used by Chile’s Marine Energy Research and Innovation Center in a project to study the potential of margin energy.
Enel’s purchase
order was first announced in late 2019.
While engineers for the two companies were able to work around travel restrictions,
the installation date was delayed by a year.
Now properly installed in the ocean investors have a chance to observe
yet another PowerBuoy in operation.
The PB3 model of the ocean wave energy system is designed to supply continuous power to equipment located on the seabed as well as onboard payloads. As the ocean waves move the buoy back and forth a direct drive generator sends an electrical charge to an on-board battery pack. A wireless communication unit delivers real time data for continuous monitoring of the PowerBuoy. On site maintenance is not expected to be needed for as long as three years after deployment, helping to cut down on operating costs.
Since wave
action is different at each deployment site, the company can only estimate an
average 8.4 kilowatts hours of power per day from a PB3 Powerbuoy. The battery packs are expected to be
sufficient to last through periods of exceptionally calm seas.
Ocean Power has
been laboring along for several years with very few sales. Some investors may have given up on what has
seemed like an interminable developmental stage. In the nine months ending January 31, 2021,
the company has reported only $604,000 in total sales. Sales to Enel Energy Group figures prominently
the company’s top line.
The business
pipeline suggests there is building interest in the PowerBuoy. To management’s credit, the company has
several agreements in place to either evaluate the PB3 PowerBuoy for
particular marine situations or to study attendant mooring systems or
communications solutions. Joint
development and marketing agreements are also in place with potentially strong
partners such as BAP Precision, Inc., Modus Seabed Intervention Ltd. and Saab
Seaeye Ltd.
At the end of
January 2021, Ocean Power Technologies reported $79.8 million in its bank
account. At the recent spending rate,
the company has been using about $1 million of its cash each month to support
operations. Thus, it appears the company
has about six years to get its sales pipeline fully primed to breakeven before
it runs out of cash.
Of course, strategic
moves such as acquisitions or new partnerships could put new demands on the
company’s cash. In February 2021, the
company announced plans to acquire privately held 3dent Technology, an offshore
energy engineering and design services provider. The company used common stock to pay for the
deal, but in the future cash may be needed to capture strategic interests.
Indeed, investors
may wonder if even the common stock issued to 3dent Technology shareholders was
worth it. Ocean Power Technology’s foray
into the oil and gas industry has so far fallen short of expectations. Premier Oil Plc had leased a PB3 Powerbuoy
for a deployment at its offshore oil field in the North Sea, but the unit was returned
after only a few months in operation. A
feasibility study with an oil and gas operator begun in 2019 and a partnership
with an oil and gas field services company have yet to produce commercial
deployments.
Buoys are used
to give seagoing ships directions to steer clear of other ships or dangerous
waters. The PB2 PowerBuoy in this
new commercial deployment for Enel Green Power may be providing directions for
OPTT shareholders - the light is green but proceed with caution.
Neither the author of the Small Cap Strategist web
log, Crystal Equity Research nor its affiliates have a beneficial interest in
the companies mentioned herein.
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