Robert Panora
Analyst · Canada, or 412-317-0088 from outside the U.S
Good morning, excuse me, and thank you, Ben. I will be updating listeners on our technology development seg in three areas of interest. First, I will discuss progress made by our joint venture Ultratek in the automotive application of Ultera. Second, I will discuss the research grant awarded to Tecogen from the propane industry for adapting the Ultera technology to propane fueled fork trucks. And lastly, I will discuss our progress and bring the special generator from Southern California that Ben mentioned that were retrofitted with Ultera emission system, such that the customer could operate these units without annual hourly limitation. So, let’s begin. ULTRATEK is the joint venture Tecogen formed in January, whose purpose is to demonstrate and commercialize the emissions after treatment process on gasoline powered vehicles. This work has been funded primarily by strategic investors in Europe, and of course, is related to the heightened awareness of pollution brought on by the Volkswagen scandal. In our last call and in the several previous, I pointed out that this story has not really subsided and is still actively being reported. And that assessment remains accurate as the follow-up continues with major developments being reported even quite recently. So for the Ultera process, the fit is for gasoline vehicles. This category has not been implicated in any improper testing. However, there is a growing awareness that the pollution output measured in a controlled laboratory dry cycles significantly under represents the true emissions output of vehicles of this type in real world driving. As such, there has been an expectation that the certification process will be altered in some aspect to correct this shortcoming. The Ultera strengths are well suited to this issue, because the system provides robust performance, especially in the extreme edges of operation, that being high acceleration-deceleration, heavy loading and so forth. Last year, we remain aware that our assessment of the shortcomings for the existing certification methods would eventually be modified to include some sorts of supplemental on road testing, and this expectation was indeed validated. In fact, over the next few years, the EU certification will phase in a portion of the process to include a significant on-road test. The test protocol specifically applies to what’s called the EU 60 emission regulation and will implement with a calling real driving emissions, or RDE in the 2017 to 2020 timeframe. A Reuters story from October 14 articulates that the stress the RDE protocol will cause automakers, GM, Renault, and Volkswagen. These makers have announced that their highly advanced small engines, both diesel and natural gas may not be viable when subject to the RDE test, which results – which would result in a return to a larger, less efficient engines that are less susceptible to the emissions irregularities that would be expected – that would be exposed by the RDE. Thus, we are encouraged by this development as it sets a highly positive regulatory environment for our technology without requiring a special effort on our part. We are hopeful that the RDE protocol will be incorporated into our domestic certification process at some point as well. During our last call I discussed the second round test completed in Q4 at AVl. In these tests, the Ultera device was fine tuned and more accurately sized for the test vehicle, providing us with excellent documentation of the system’s effectiveness through a wider range of simulated driving conditions. We were also able to showcase its effectiveness with the type of vehicle, highlighted in the Reuters news story as being problematic. In other words, the very high, small-power density engines with advanced features for fuel economy. More recently, at the SAE Light Duty Emissions Control Symposium held in the third week of January in Washington DC, we presented our results to an audience of industry experts, which provided us with valuable feedback regarding the Ultera technology and also insight into the new ones of the upcoming regulations, both domestic and foreign. SAE International for those of you who don’t know is a preeminent professional organization relating to among other things dissemination of scientific matters in the automotive world. Also involving SAE, we prepared a substantial peer-reviewed paper for the SAE World Congress held in Detroit in April describing a vehicle test results in detail. Since our last call, our paper has been accepted by the reviewers for publication, which will decide – coincide with our presentation at the conference I want to mention that AVL is included and mostly sell as a [indiscernible] paper. With this second phase completion in the SAE paper, we have a solid foundation to move forward to engage the industry. Accordingly, we have initiated confidential contact with several potential partners with positive feedback. And for obvious reasons, we cannot discuss this topic in detail at this time. Regarding Ultera intellectual property, we received promising news about our base Ultera patent from the EU office, with some modest changes requested by the examiners there, it appears that we will have – we will conclude this process with a positive outcome. I want to add that we are very pleased to have three patent applications being drafted involving the vehicle application of Ultera that will provide a successful stronger IP protection in this more substantial and competitive industry. So moving on to our press release last October regarding the fork trucks program, and as Ben mentioned, and as we announced at that time, the Propane Education and Research Council, or PERC, has provided the company with a, excuse me, a research grant to demonstrate Ultera emissions reduction capability in a propane fueled fork truck. I want to point out that the technology rights for the fork truck application reside with Tecogen and were specifically excluded from our agreement with the automotive focused joint venture, or Ultratek. The project has significant benefit potential for this industry as these vehicles that generally operate indoors, where air quality concerns are magnified. In recent years, the market share for propane trucks has been eroded by battery operated versions to a large extent because of this issue. This market loss has occurred despite significant disadvantages of the battery system. That is they are more costly and often unable to complete a full shift because of the energy storage limitation. We have received strong interest from the industry and have obtained written commitment from two leading manufacturers to work with us in a development effort. The program commenced in January with this proof-of-concept base and is scheduled to be completed in about nine months. Very recently a few weeks ago, I told you that fork truck was received from one of the manufacturers and we have initiated a baseline testing of the truck and began work on the preliminary design of the Ultera upgrade. Finally, and as Ben mentioned, we’re very pleased to bring a highly experienced and talented engineer, Alan Welch on Board to support the program. Mr. Welch has 30-year career, has been focused on research and development involving vehicle fueling and emission systems, including fork truck engines and he is directly pertinent to this project. His impressive resume is well summarized in our February 22nd press release. My final topic is the Ultera upgrade to a group of generators in Southern California. In our previous earnings reports, we discussed a project that concerned the customer owning a group of natural gas fired generators that need to be operated frequently. As run hours exceed the maximum allowed for emergency generators, the units must be – must meet the standards for continuous power generation. These are the same standards as our co-generation products, where we have successfully permitted. However, the simple generator receives no heat recovery credit as we do in co-generation in setting its emissions levels under the standard. As such, the emissions levels required to permit these engines are the lowest we are aware of anywhere and have not yet been achieved by an engine. So it will be a quite a mile for when these are brought online. As reported before, a simple generator was purchased and now fitted at Tecogen with the Ultera system in the first phase. It worked extremely well and the customer proceeded to apply for permits for this generator, but also their existing onsite units as well. We’re pleased that the generators have received their permits. And as I spoke about last time to operate and we’re proceeding with the onsite retrofit work this last few months. More than half of generators have been upgraded and we expect all the permits to be operational by the end of Q2 in third-party source testing validating the variable emissions that should be completed shortly thereafter. I want to reiterate the significance of the successful outcome of the program, achieving these limits essentially the same as the fuel cell will enable simple generators to be applied without hesitation to demand-response in peak-shaving applications, an important milestone for the Ultera technology. That concludes my discussion. I’ll turn the call over now to David to discuss the financial performance of the company.