ValueTrack | Initiation of coverage | 28 February 2017
ENERGICA M.C. Sector: Electric Motorcycles VALUETRACK Analyst Marco Greco Tel: +39 02 80886654 [email protected] Ready to scale up Skype: marco.m.greco
Fair Value (€) €4.1-€4.6
High performing electric motorcycles manufacturer Market Price (€) €3.01 Founded back in 2014, Energica Motor Company has a clear Market Cap. (€m) 35.1 mission in mind: to create high performance - high powered electric motorcycles with top quality components. KEY FINANCIALS (€m) 2016E 2017E 2018E
REVENUES 2.5 11.4 25.3 Waiting for Spring EBITDA -2.5 -2.1 -0.6 EBIT -4.1 -4.3 -3.3 Despite its young age, Energica has already gone a long way. Almost all the R&D effort, models development, output capacity rollout and vendor NET PROFIT -3.9 -4.1 -3.3 financing strategy has been finalised while network distribution set up is on EQUITY (*) 4.7 3.6 0.3 going and marketing activity is mounting. Everything is ready for sales to NET FIN. POS. (*) -2.4 -2.9 -5.2 scale up in the next to come Spring season. EPS ADJ. (€) -0.33 -0.35 -0.28
DPS (€) 00.0 00.0 00.0 High performance motorcycles Source: Value Track (2016E-18E estimates) (*) Assuming a €3mn equity injection in 2017FY Energica’s motorcycles, EGO and EVA, share outstanding features: they use lithium polymer batteries that support Fast Charge (from 0 to 80% in 30 RATIOS & MULTIPLES 2016E 2017E 2018E min), are the first electric motorcycles with enabled ABS technology and can reach a maximum speed of respectively 240 and 200 km/h. Moreover, the REVENUES GROWTH (%) 341% 363% 122% innovative Vehicle Control Unit manages and monitors all relevant EBITDA MARGIN (%) nm nm nm components, continuously adjusting the power delivered by the electric NET DEBT / EBITDA (x) nm nm nm engine while riding. NET DEBT / EQUITY (x)(*) 0.5 0.8 nm
EV/SALES (x) 15.2 3.3 1.6
Trendy, high-growing market EV/EBITDA (x) nm nm nm
The e-PTW reference market is very promising, with growth rates expected P/E ADJ. (x) nm nm nm to be fostered by technological improvements, anti-pollution regulations, P/BV (x) 7.4 9.7 nm fiscal incentives, enabling infrastructure expansion and changing lifestyles. Source: Value Track (2016E-18E estimates) Within this scenario, we believe that Energica has a first mover advantage (*) Assuming a €3mn equity injection in 2017FY since big players are still at a prototyping phase.
STOCK DATA
Financials: “Out of the red” by 2019-2020 FAIR VALUE (€) 4.1-4.6
We estimate Energica to achieve break-even at the Net Profit level with MARKET PRICE (€) 3.01
2,000 units sold per annum and this should take place by 2019 or 2020. SHS. OUT. (m) 11.7 Obviously the longer the loss-making period, the higher the amount to be MARKET CAP. (€m) 35.1 funded with additional resources. FREE FLOAT (%) 13.1%
AVG. -20D VOL. ('000) 15,620 Base case valuation at €4.1-€4.6 but time is crucial RIC / BBG EMC.MI / EMC IM
Energica’s valuation is subject to a number of question marks regarding the 52 WK RANGE 1.91-3.82 time (and the start-up losses) needed before reaching “maturity”. That said, Source: Stock Market Data our valuation analysis points at a €4.1-€4.6 base case fair value but we note that every year of delay in reaching “maturity” negatively affects this figure.
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Executive Summary
Born to shine, born to grow Energica Motor Company is a very young company - it was officially founded back in 2014 near Modena, in the centre of the Italian motor valley - with a clear mission in mind i.e. to create high performance / high-powered electric motorcycles with top quality components. Energica Motor Company was born as a spin-off of CRP, a Group with an experience of more than 45 years in the world of Formula One alongside the major international teams and specialised in high tech machining and 3D printing. CRP group had started years before to accumulate knowledge and expertise on electric motorcycles. Their first competitive superbike eCRP, arguably the ancestor of today’s Energica models, won the 2010 TTXGP European championship. In 2016 the company was admitted to AIM Italia stock market and started the large-scale production of high-end electric models EGO and, later on, EVA. Ahead there is the introduction of further models maybe derived from EsseEsse 9, a concept now at development stage.
A promising market The e-PTW reference market is unanimously viewed as very promising, with great foreseen growth rates driven by a variety of supporting factors such as: ! Technological improvements; ! Anti-pollution regulations; ! Fiscal incentives; ! Charging infrastructure expansion; ! Changing lifestyles and curiosity for a different riding experience.
Energica is a first mover, but big players are sounding the field It has to be specified that e-PTW market is not homogenous, with a mass-market segment on the one side of the range and a high-value segment on the other one, with interesting premium pricing and performances. Energica naturally belongs to this second segment, called High-Powered Electric Motorcycles (HPEM). In the HPEM arena, Energica has for sure a first mover advantage. Indeed, such segment is for the time being not so crowded, as we have found only some small (artisanal) companies already active from a commercial point of view, while big (and potentially dangerous) players are still at a prototyping phase.
Go to market strategy. Everything else done, now it is time to engage prospect clients Despite its young age, Energica has already gone a long way. Almost all the R&D effort, models development, output capacity rollout and vendor financing strategy has been finalised while network distribution set up is on going and marketing activity is mounting. Completing the business network should also allow for a greater economic performance, particularly in markets such as California, where potential customers are way more responsive to technological innovation in the motorcycles industry. Indeed, HPE motorcycles are strongly affected by both customers misleading perceptions on electric engines and by comparison with traditional vehicles. Until now, Energica has focused its resources on reaching outstanding performances of its vehicles and addressing the main issues of electric motorcycles, like battery autonomy and recharging time. At
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
present, it is seeking to take advantage of the opportunities available in the market with new innovations. Alongside customer acquisition strategies, the company has started to carry out some customer- fidelization initiatives (Value Promotion Plan), focusing on improving the riding experience (Fast Charge Infrastructure Program) and making attractive price promotions for recurring customers (Used Market Warrantee + Agos commercial partnership).
Financials: “out of the red” by 2019-2020 We believe Energica has potential to become a “growth company” over the next foreseeable future, thus completing its ramp-up phase and starting making money. We expect cash generation to be negative until break-even sales volumes are reached, which we believe to happen in 2019-2020. Our base-case estimates foresee Energica reaching EBITDA breakeven, selling ca. 1,300 bundles (motorcycle plus spare parts), between 2018 and 2019. In the same period, OpFCF should turn positive, ending eventually the cash absorption phase of the lifecycle. Given this turning point, we see the company ending 2019 with € 60.8mn revenues that imply more than EBIT breakeven and positive cash flows. We underline that the company is aware of its funding needs. Indeed Energica is actively raising additional sources of funds, such as: ! Shareholders’ loan; ! New credit lines; ! Recently issued bonds and warrants (see the recent deal with Atlas Capital Market). In this regard, the shareholders’ loan may be seen as a positive signal of confidence. We also note that in our financial model we are including a ca. €3mn capital injection aimed at ensuring a balanced Debt to Equity ratio. The main risk we see is a possible delay in market demand growth that would lengthen Energica’s loss-making period. This would potentially lead to a greater funding gap to be covered with additional resources.
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Many thanks to Matteo Abate, Adalberto Natoli and Gabriele Ramaioli for their support in writing this equity research report.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Valuation
As a matter of fact, Energica for the time being can be considered an early stage / expansion company whose valuation is obviously subject to a number of question marks regarding the time (and the start- up losses) needed before reaching “maturity”. In these cases we believe it’s appropriate to run multiple valuation methodologies in order to have a robust cross check. In particular, we apply two main methodologies: ! Discounted Cash Flow model returning a €4.1 fair value per share in our base case. ! Valuation at maturity i.e. the so-called Venture Capital method driving a ca. €4.6 fair value per share which is heavily dependent on the time needed to get to maturity.
Discounted Cash Flow Model
Applying a DCF model to a young company such Energica can be a tricky exercise due to the number of possible pitfalls to be taken into consideration, the main one regarding a proper WACC calculation.
WACC estimated at 13.7% With a “less is more” approach in mind and contrary to what we are used to, in the case of Energica we prefer applying a Fixed Weighted Average Cost of Capital rather than a Rolling one and to base it on a desirable 20% Debt / 80% Equity structure. Overall, we calculate a 2017E-2027E average fixed WACC at 13.7% that could be seen quite high but properly includes, in our view, the fact that small and new businesses are riskier (higher risk of mortality). Our 13.7% WACC assumes: ! 2.02% risk-free rate obtained as 2014-16 historic average of Italian 10y BTP yield; ! 7.95% Equity Risk Premium (ERP), obtained from the sum of the current 5.69% implied ERP for the “benchmark country” (United States, calculated with an implied Dividend Discount Model being applied to S&P500 market value) with an additional 2.26% Italian “country risk premium” reflecting the higher risk of the Italian equity market and mainly based on the spread between Credit Default Swaps on Italian sovereign debt vs. US one (see also http://pages.stern.nyu.edu/~adamodar/ for more details on this approach); ! Stable beta at 1.20, higher than 1.0 for the whole market as the car / motor manufacturing business boasts a higher than average cyclicality; ! 4.2% Small-Size Risk Premium, in line with the Expanded CAPM approach that we consider more appropriate when dealing with small sized (and young) companies. This add-up is, in our view, appropriate also taking into account the low liquidity of AIM Italy Stock Exchange. Such a low liquidity often leads to sluggish price adjustments, partially hindering the market efficiency.
Cost of Equity: Small size premium determination
CRSP Deciles (*) Risk-Premium Report Fama-French
Equity Cost of Capital CAPM + CAPM + (%) Average CAPM Size Build Up Size Build Up 5-Factor Model Premium Premium
Large Composite 7.3 7.0 7.8 8.4 9.7 5.8 7.7 Small Composite 7.9 10.8 10.4 13.9 12.6 12.6 11.9 Small Size Premium 0.6 3.8 2.6 5.5 6.8 6.8 4.2
Source: Duff & Phelps, Value Track Analysis (*) Chicago Booth, the Center for Research in Security Prices
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
! 6.0% credit spread (i.e. 8% Cost of Debt before tax) almost in line with the implied cost of Atlas Capital Market convertible bond recently agreed;
Energica: Fixed WACC calculation based on a 80% Equity and 20% Debt structure Average 2017E-2028E Risk free 2.02% Risk Premium 7.95% Beta 1.20 Small-Size Risk Premium 4.20% COST OF EQUITY 15.8% COST OF DEBT (after-tax) 5.50% WACC 13.7%
Source: Various, Value Track Analysis
Additional DCF assumptions We are rolling out our DCF based on the above-mentioned WACC and on the following assumptions: ! 2016E year-end as historical reference point; ! Explicit period of ten fiscal years. As a consequence we discount company’s estimated cash flow from 2017E until 2027E years; ! Terminal Value, (to account for future cash flows beyond the explicit period) obtained applying a target 8.0x EV/EBITDA multiple, then discounted as of today with the same 13.7% WACC; ! Once obtained the 100% fair Enterprise Value of Energica, in order to derive the fair value of the 100% of Group’s Equity we deduct the estimated Group’s Net Debt position as of 2016YE and the €3.0mn equity capital injection that we are modelling in our base scenario. Overall, our DCF model returns a €4.1 per share fair value. In addition, based on our estimated cash flows 2017E-2027E and making some reverse engineering we calculate that the average fixed WACC implied in the current market capitalization stands at 16.4%.
Energica: DCF value calculation
PV of future cash flows (2017E-2027E) 32 PV of Terminal value 24 Fair Enterprise value 57 Net Fin. Position 2016E Year-End -2.4 Estimated Equity Capital Injection -3.0 Fair Equity value 51 Shs. (m)(*) 12.6 Fair Equity Value p.s. 4.1
Source: Value Track Analysis (*) Based on a €3mn rights issue at €3.0 market price
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Valuation at maturity
The Venture Capital method was first described by professor Bill Sahlman at Harvard Business School back in 1987. This model is based on three main steps: Step 1 - Estimating the expected financial KPIs of the target company in a future year (not too far into the future, generally from three to five years); Step 2 - Applying traditional valuation techniques (e.g. Peers’ Analysis) in order to figure out a post money exit value for the forecast period. For instance, it can be used a geared multiple such as Price- Earnings or alternatively an ungeared multiple such as EV/Sales or EV/EBITDA; Step 3 - Converting the post money exit value into a present value by applying a considerably high discount rate in order to capture both the perceived risk in the business and the likelihood that the firm will not survive.
Step 1 – Maturity means €100mn revenues, €15mn EBITDA, €9-12mn OpFCF
We define “maturity” the time in which Energica achieves a level of ca. 4,500-5,000 units of electric motorcycles sold per annum. This level of production would saturate the current maximum output capacity without setting up a new factory. Based on these volumes and making some assumptions we would have the following financial KPIs: ! Revenues – Assuming no change to the current average €20,000-22,500 selling price such a “maturity” would mean ca. €100mn yearly Revenues. ! Gross Margin - In our financial model base case (see the Financials chapter) we assumed a Gross Margin progressively increasing to 22%. Given that batteries represent the highest weight on variable costs and that is reasonable to assume a declining cost trend for them in the future, we would not be surprised to see such a Gross Margin increasing up to 25% at maturity, equalling a €25mn Gross Profit. ! EBITDA - As far as EBITDA is concerned, even at maturity we would expect Marketing and R&D costs to grow in line with revenues while G&A should stabilize. Overall, these costs could weigh some 10% of Revenues. Consequently, “maturity” EBITDA could stand at ca. €15mn. ! Capital expenditure - We remind that the recently set-up new plant boasts a maximum output capacity of roughly 5,000 units with very limited development capex. As a consequence we believe that maintenance capex at 3% of sales would be reasonable. ! Net Working Capital – At a steady state it should not be a further drain of cash flows so we assume it to remain stable. ! OpFCF - We obtain an Operating Free Cash Flow ranging in the €12mn (before tax) and €9mn (after tax) region.
Energica: Main Financial KPIs at maturity €mn
Revenues 100 Gross Margin (%) 25% Gross Profit 25 G&A, R&D and Marketing Costs -10 EBITDA 15 % Revenues 15% Capex -3 Operating Free Cash Flow pre-tax 12 Operating Free Cash Flow after-tax 9
Source: Value Track analysis
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Step 2 – Valuation at maturity at ca. €140mn (Enterprise Value post money)
In order to figure out a post money exit value we can run different comparable analysis based on alternative set of potential peers: ! Motorcycle sector trading multiples; ! Motorcycle sector M&A transactions multiples; ! Clean Power / Clean Tech peers’ analysis; ! Benchmarking with Tesla. Taking all these methods into consideration we would find appropriate maturity multiples in the region of 1.4x EV/Sales and 9.0x EV/EBITDA which imply a €140mn fair Enterprise Value, post money (i.e. post capital injections). The various methods are explained in details in the following paragraphs.
Motorcycle sector trading multiples In order to obtain a reasonable Energica fair value at maturity, we have taken into consideration the following comparable companies almost entirely focussed on the motorcycle business in Italy and in the USA: ! Piaggio; ! Polaries Industries Inc. In addition, as an “aspirational” reference point we can also include Harley-Davidson in our comparison. For all of them, we computed the following multiples referred to the expected results in 2017 and 2018: EV/Sales, EV/EBITDA, P/E, Operating FCF Yield.
Energica: Motorcycles manufacturers stock multiples
EV/Sales EV/EBITDA EBITDA Margin P/E OpFCF Yield
Company 2017E 2018E 2017E 2018E 2017E 2018E 2017E 2018E 2017E 2018E
Piaggio 0.70 0.70 5.6 5.1 13.3% 13.5% 17.6 12.6 5.3% 6.6%
Polaris Industries 1.28 1.24 9.4 8.6 10.7% 11.3% 19.2 16.5 9.1% 10.3%
Average 0.99 0.97 7.5 6.9 12.0% 12.4% 18.4 14.6 7.2% 8.4%
Harley-Davidson 3.03 2.96 12.8 12.3 20.8% 21.1% 14.7 13.7 9.7% 9.4%
Average with Harley-Davidson 1.67 1.63 9.3 8.7 14.9% 15.3% 17.2 14.3 8.0% 8.8%
Source: Market Consensus figures, Value Track analysis
Motorcycle sector M&A transactions multiples A further cross-check on the above mentioned multiples can be obtained if we compare them with multiples applied in market transactions with comparable companies. As an example, we believe that Investindustrial-Ducati deal back in 2008 can be a useful reference. At that time, Investindustrial launched a voluntary bid for Ducati at a price implying 1.2x EV/Sales and 7.7x EV/EBITDA and we note that Investindustrial was already the main shareholders. Later on in 2012 Ducati was sold to Audi in a deal worth ca. €860mn and implying 1.8x EV/Sales and 9.1x EV/EBITDA multiples.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Clean Power / Clean Tech peers’ analysis Rather than comparing Energica with other motorcycle manufacturer, a different angle is provided by the comparison with companies active in the Clean Power / Clean Tech space. Among the various indexes tracking this investment theme, we can underline Kensho’s Clean Power IndexSM, which actually accounts for the market performance of almost thirty Clean Power / Clean Tech companies, among which Tesla is included. Despite we do not estimate a significant correlation between Energica and Kensho’s Power Index returns (regression analysis not statistically significant), we note that such cluster trades at healthy multiples: EV/Revenues 2.2x-2.4x, EV/EBITDA 8.9x-9.5x, P/E 17.4x-17.7x. Please see Appendix for the complete set of data on stocks belonging to this Index.
Kensho Clean Power / Clean Tech IndexSM
Source: Kensho Technology
Benchmarking with Tesla We believe that Energica share some features with Tesla (not the size obviously) such as the high end positioning, the 100% oil-free mobility concept and an extremely high technological profile. The addressable market and the average client profile should not be that different.
Tesla: Quarterly vehicles deliveries
Source: Tesla Inc.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Assuming Tesla as a future reference benchmark could be a useful exercise. We note that the company is expected to boost its sales over the USD20bn level by 2019, corresponding to ca. 500 thousand cars delivered by that year, hence achieving volumes as close as five-fold today’s level. In the same year we expect Energica selling slightly more than 4,000 motorcycles i.e. a ratio between Tesla cars sold and Energica motorcycles higher than 100:1.
Tesla: Annual and cumulated vehicles deliveries
Annual vehicles deliveries Cumulated vehicles deliveries
Source: Tesla Inc., Market Consensus
Stock market wise, Tesla is still trading at start-up metrics and only as of 2019 we calculate reasonable multiples: 2.0x EV/Sales and 13.7x EV/EBITDA and its market capitalization should reflect ca. USD90k per car sold.
Tesla Inc.: Main financial and stock market KPI (US$mn) 2014 2015 2016E 2017E 2018E 2019E
Sales 3,599 5,292 7,000 9,994 15,942 22,555 Volumes (units sold) 31,655 50,618 78,604 235,812 471,624 499,921 EBITDA 284 213 630 1,036 1,671 3,253 EBIT 52 -209 -317 -51 317 1,344
Market Capitalization 27,900 31,400 34,500 44,059 44,059 44,059 Enterprise Value 28,402 32,877 34,265 45,495 45,674 44,600
EV/Sales (x) 7.9 6.2 4.9 4.6 2.9 2.0 EV/EBITDA (x) >100 >100 >50 >40 27.3 13.7 P/Volumes (‘000 USD) 881 620 439 187 93 88
Source: Tesla Inc., Market Consensus
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Step 3 - Discounting back Energica’s value at maturity yields a €4.6 fair value per share but downside risk is not negligible
Having obtained such results, we have taken into consideration also the timeline necessary to arrive at maturity for Energica and its risk profile, so the required internal rate of return to achieve that valuation. For this analysis, we assumed three different periods at which maturity can be reached: 2020 or 2021 or 2022. Considering the risk profile of Energica, we use three IRR settings in our analysis: 20%, 25%, 30%, that are consistent with investments in early stage / expansion phases where there’s a deep pocket main shareholder backing the target company.
Venture Capital Method: IRR target for different investment stages
Investment Stage IRR Seed > 70% Start-Up 50% – 70% Early Development 30% – 40% Expansion 20% – 30%
Source: VC market practice
We underline that 2020 at 30% IRR is our base case which return a €4.6 fair value per share. We note that the current market price of Energica shares implies a 25% IRR @ 2021 or a 20% one at 2022. Time is crucial.
Energica: IRR Equity Valuation Matrix
(€mn) 2020 (*) 2021 (**) 2022 (***)
20% 76 55 41
25% 66 45 31
30% 58 37 23
Source: Value Track analysis (*) Based on a €3mn rights issue at €3.0 market price (**) Based on a €9.9mn rights issue at €3.0 market price (***) Based on a €12.4mn rights issue at €3.0 market price
Energica: IRR Equity per share Valuation Matrix
(€ per share) 2020 (*) 2021 (**) 2022 (***)
20% 6.0 3.7 2.7
25% 5.3 3.0 2.0
30% 4.6 2.5 1.5
Source: Value Track analysis (*) Based on a number of shares post €3mn rights issue at €3.0 market price (**) Based on a number of shares post €9.9mn rights issue at €3.0 market price (***) Based on a number of shares post €12.4mn rights issue at €3.0 market price
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Company Overview
Energica was established in 2014 in the Italian motor valley, as a spin-off of CRP Group, aiming at designing and developing high performance and high-powered electric motorcycles with top quality components. Back in 2016 Energica was admitted to AIM Italia stock market and started the large-scale production of high-end electric models EGO, its limited edition EGO45, and, later on, EVA. Ahead there is the introduction of further models, whose development goes through constant research and concept development, such as the recently unveiled EsseEsse9.
Energica Motor Company at a glance
Launched back in 2009 as a project within CRP Group, the mission of Energica Motor Company is to create high-performing electric motorcycles with the best innovative elements, top-of-the-line components, high attention to details, entirely Made in Italy. In this way Energica, which is headquartered in Modena i.e. in the centre of the Italian Motor Valley, aims at becoming the reference firm in the e-Powered Two Wheeler (e-PTW) industry in the next few years with revenues coming from Europe, United States of America and Middle-East countries. The structure of the Group is extremely simple as it includes the parent company (Energica Motor Company S.p.A.) and the US subsidiary (Energica Motor Company Inc.). The current shareholders’ structure as well is quite simple with CRP Group controlling over two thirds of the share capital while some top managers (Mr Andrea Vezzani, CFO and Mr Giampiero Testoni, CTO) and free float account for the remaining. Such a shareholders’ structure could change in case of conversion of outstanding IPO warrants, issue of bonus shares and, eventually, issuance and conversion of bonds / warrants privately placed to Atlas Capital Market (ACM) Fund recently i.e. on February 15, 2017. Please see Appendix for more details on the ACM deal and on the possible evolution of capital structure.
Energica Motor Company: Current shareholders’ structure Shareholders Shares (#) Stake (%)
CRP Group 9,045,000 77.59%
Maison ER & CIE S.c.a 880,000 7.55%
Vezzani Andrea 100,000 0.86%
Testoni Giampiero 100,000 0.86%
Free-Float 1,531,500 13.14%
TOTAL 11,656,500 100%
Source: Energica
As far as Top Management structure of the company is concerned, key figures are: Franco Cevolini (Chairman), Livia Cevolini (CEO), Andrea Vezzani (CFO), and Giampiero Testoni (CTO). Again, please see Appendix for more details on Top Management composition.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
A bit of history
The very first step of Energica Motor Company starts as a project called ENERGICA, back in 2009 and launched from CRP Group that has more than 45 years of experience working in motorsports, especially in Formula One racing, and providing high-tech and innovative components to the leading international teams. In 2009, CRP Group decided to apply its know-how and consolidated experience in Motorsports to the development of an electric superbike, the eCRP, which a year later in 2010 won the TTXGP European championship and ranked 2nd at the same TTXGP World Final held in Albacete. After that, CRP Group invested significant resources to create an all-electric motorcycle to be used on the roads and at EICMA 2011 its very first prototype, called Energica, was presented. In the wake of this success, CRP presented its running prototype of Energica and then its first model Energica EGO in 2012 and 2013, respectively. In order to complete the development of the final version of EGO concept, Energica Motor Company Srl was founded on August 26, 2014. In October of the same year, with the aim of increasing its internationalization process, Energica Motor Company Inc was established in California, thus consolidating operations in America siding CRP USA that was yet in place by that time. During the EICMA event in 2014, Energica presented the final version of EGO, EGO45 and a new concept, called EVA. In 2015, the company obtained the certifications required to market its models in the European Union and USA market and so the production of the EGO and EGO45 started. On September 30th, 2015, CRP Meccanica Srl conferred, through a capital increase operation, some assets to Energica in order to support its forthcoming production activity; these assets were functional to the activity of R&D, production and market and they included trademarks, patents and prototypes. The total amount of the contribution to Energica was estimated at €4.8mn. 2016 was a busy year. On January 29th, 2016, Energica was listed on AIM Italy stock (€5.3mn raised with an initial market capitalization of ca. €37.3mn) and some months later it introduced in the market the final version of EVA. Such efforts have been awarded on April 2016 with the grant of “Electric Vehicles” IDTechEx 2016 award in Berlin as “Most Impressive New Company”.
Products portfolio: EGO and EVA
So far Energica has brought to the market two motorcycle models: EGO, which includes its special edition EGO45, and EVA. In addition to these vehicles, during EICMA 2016 Energica has presented a new concept, EsseEsse9, embedding a completely new idea for electric vehicles: using the battery as a design tool. Meanwhile, Energica is already developing a new technological platform designed to expand, among others, its power train solutions. This may eventually lead to further models development as well. Most of the components used by Energica are shared among EGO and EVA, which enable a significant increase in efficiency of the production line even at low volumes. The main features shared are: Weight and Battery - All Energica vehicles weigh approximately 280 kg and they all use a lithium polymer battery (Li-NMC) that takes 30 min to charge from 0 to 80% in Fast Charge Mode and 3 hours and 30 min from 0 to 100% in Slow Charge Mode. Connectivity - The interconnection of all products enables the rider to connect the vehicle with smartphones, tablets or computers using short range Bluetooth technology and, in the next future, it should be introduced also a long range UMTS technology. Components - Energica utilizes high quality suppliers: the breaking system comes from Brembo, the ABS technology from BOSCH, the suspensions from Bitubo Race while tyres are from Pirelli. Pricing – The street price for EGO and EVA stands at €25,400+VAT, while EGO45 starts at €45,000+VAT and raises with optional and specifications.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Energica EGO EGO model represents the first all-electric superbike made in Italy powered by a synchronous oil- cooled motor with permanent magnets that produces 100 kW (136 hp) and generates 195 Nm of torque from 0 to 4700 rpm. The breaking system of EGO is equipped, for the first time on an electric motorcycle by default, with the latest generation of the ABS system by BOSCH. While other traditional vehicles have control units that work separately on all controllers, EGO’s battery, inverter, charger, dashboard, ABS, and other components, are constantly monitored and managed by one technological device that is completely designed and developed by Energica, the Vehicle Control Unit (VCU). By using a multi-map adaptive energy and power management algorithm, the VCU continuously adjusts the power delivered by the electric engine while driving. Since Energica EGO does not have a gearbox nor a clutch, the ride-by-wire system has been implemented in order to enable the rider to control the acceleration torque and the deceleration based on the regenerative torque or engine braking. Energica EGO can be recharged through outdoor charging columns or at home, and it is the first motorcycle to be equipped with a DC fast-charge technology based on CCS Combo, which is the standard chosen by all the main car manufacturer worldwide.
EGO by Energica: Main Technical details Energica EGO
Top Speed Limited to 240 km/h Autonomy Ca. 150 km Weight 280 kg Fast Charge 0-80% in 30 min Slow Charge 0-100% in 3 hours and 30 min
Source: Energica
Energica EGO (in Lunar White colour)
Source: Energica
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Energica EVA EVA is an all-electric streetfighter introduced in 2016 that allows Energica to enlarge its customer base. Unlike the EGO model, the design of EVA makes it easier to ride for everyday riders and also for a urban use, but still enjoying a more aggressive riding. The electric streetfighter of Energica is powered by a permanent magnet AC (PMAC) oil cooled motor that produces 70 kW (95 hp) and 170 Nm of torque. Thanks to the Eco Riding Mode, the average autonomy has been extended, compared to the EGO models, to 200 km and in Sport Riding Mode the electric vehicle can reach a top speed of 200 km/h. EVA has a lithium polymer battery (Li-NMC), managed by the Battery Management System (BMS) that takes 30 min to charge from 0 to 80% in Fast Charge Mode and 3 hours and 30 min from 0 to 100% in Slow Charge Mode. Together with EGO, Energica EVA features DC fast-charge technology based on CCS combo. Similarly, EVA can be recharged through outdoor charging columns or at home.
EVA by Energica: Main Technical details Main Technical Sheet
Energica EVA
Top Speed Limited to 200 km/h Autonomy Ca. 200 km in Eco Mode Weight 280 kg Fast Charge 0-80% in 30 min Slow Charge 0-100% in 3 hours and 30 min
Source: Energica
Energica EVA (in Dark Blue colour)
Source: Energica
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Energica EGO45 The electric superbike EGO45 is a limited edition of the EGO model to celebrate the 45th anniversary of the manufacturer CRP Group. This exclusive version is produced as a numbered series of 45 units with the aim of bringing together luxury and high-tech. EGO45 features exclusive components like design elements obtained from the aerospace industry and Formula One Racing, carbon fibre fairings and other components realized with 3D printing technology and Windform materials covered with a ceramic finish. In addition to the special materials used in EGO45, there are also exclusive services provided. For example, it is possible to request delivery at Energica factory, where clients can enjoy a tour of each step followed in the creation of EGO45, from 3D printing to the final assembly of the parts. Moreover, EGO45 can be fully customized to specific needs or choices with the collaboration of design experts.
EGO 45 by Energica: Main Technical details
Energica EGO45
Top Speed Limited to 240 km/h Autonomy Ca. 150 km Weight 280 kg Fast Charge 0-80% in 30 min Slow Charge 0-100% in 3 hours and 30 min
Source: Energica
ENERGICA EsseEsse9 CONCEPT The EsseEsse9 is a concept presented by Energica for the first time during EICMA 2016, which is still under development and may potentially lead to further product advancements. The revolutionary design of the vehicle wants to change the idea of a hidden battery inside the vehicle and spoil it as a piece of design that can be easily noticed.
Energica ESSE ESSE 9 Concept
Source: Energica
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Market Overview
The global market for Electric Motorcycles is extremely promising, with great foreseen growth rates driven by a variety of supporting factors such as technological improvements, anti-pollution regulations, fiscal incentives, enabling infrastructure expansion and, last but not least, changing lifestyles and curiosity for a different riding experience. The market is not homogenous, with a mass-market segment on one side of the range and a high- value segment, with interesting premium pricing / premium performances, on the other one. Energica belongs to this second segment, called High-powered electric motorcycles (HPEM).
Markets and segments
A niche in the niche The global market for Electric Vehicles (EV) counted for more than $80bn in 2015 (source: BCC Research), and is expected to grow up to $110bn by 2019 with a ca. 8.5% CAGR. Obviously, the most relevant segment within this market is represented by Electric Cars that totalled more than 325 thousands new registrations in 2014 and more than 550 thousands in 2015, with a 70% increase YoY. China with over 200,000 new registrations is the largest market followed by USA. Alongside cars, the electric Powered Two Wheel segment (e-PTW) is also noticeable with around 5.2mn vehicles circulating in 2015. This segment can be broken down as follows: ! Electric scooters; ! LPEM - Low-powered electric motorcycles (<30 kw; (40 HP)); ! HPEM - High-powered electric motorcycles (>30 kw; (40 HP)).
e-PTW segmentation and forecasts
(mn) 2015 % of total 2024E % of total
e-scooters 4.00 78.0% 4.53 75.5% LPEM 1.14 21.9% 1.36 22.7% HPEM 0.01 0.1% 0.11 1.8%
Total 5.2 100% 6.0 100%
Source: Navigant Research, Electric Motorcycles and Scooters – Market Drivers and Barriers, Technology Issues, Key Industry Players, and Global Demand Forecasts- 1Q 2015
Energica Motor Company operates in this last HPEM segment of the market, and focuses only on its high-end section, addressing wealthy and sophisticated clients. As an effect of the elitist profile of Energica’s value proposition, which targets a niche market, broad trends of growth are not very relevant, and consequently we prefer to focus only on high-powered electric motorcycles segment, which is expected to grow rapidly in the next years (estimated CAGR ranging between +45% and ca. +50% depending on the source, i.e. Navigant Research or Technavio - Global High-performance Electric Motorcycle Market 2016-2020).
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HPEM market: Forecasted evolution 2016E-2024E
‘000 units
Source: Navigant Research
As far as geographic trends are concerned, we note that while Asia regions (APAC) accounts and should continue to account for the nearly entirety of e-scooters segment, on the contrary West Europe accounts for roughly half of HPEM segment. But again, APAC is expected to be the fastest-growing region in this segment and is expected to grow at a > 56% CAGR by 2020 (source: Technavio - Global High-performance Electric Motorcycle Market 2016-2020).
Macro Trends All the segments of the Electric Vehicles market share common macro trends, (even though the growth rate is not similar). Among these trends, we can identify: ! Growing R&D investments, with focus on battery capacity, new technologies and scale economies; ! Increasing competition, with rising attention coming from “traditional” players in non electric industries; ! Decreasing prices, as an effect of technological advancements and scale economies; ! Tendencies toward high gamma and leisure.
Growth divers The aggressive growth forecasted for the next years, is rooted in both general drivers and region- specific ones, since each geographical market has its own peculiarities. The main general divers we can identify are: ! Cost reduction, supported by an increasing dimension of the players and industrial improvements; ! Increasing autonomy of the vehicles, strictly correlated with technological advances and expansion of the charging infrastructure; ! Increasing attention to renewables and sustainability themes. The sustainability driver is much more pronounced in the APAC region, where pollution alarms are already of great actuality. In this same area, another big driver is the demographic growth, as more than half of China’s 2-wheeler stock is already electric (223 million units according to IEA, 2016). Conversely, in the European and North American countries, the changing lifestyle plays a central role for the development of e-PTW vehicles, together with not negligible environmental concerns.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Enabling factors and constraints
While all the previous considerations are valid, it is our opinion that the pace of growth of electric vehicles adoptions will be dictated in first place by the evolution of a few key factors of extreme importance. As often happens, they are closely related each other.
Battery capacity and cost Low autonomy and high prices of electric vehicles have always been pointed out as primary obstacles for a mass adoption. Both features depend on the batteries, as their cost is about 40% of the total cost of production (source: Navigant Research). However, since 2008 both the energy density and the cost for batteries experienced an impressive improvement (respectively, 400% growth and 73% reduction) and future estimates are quite optimistic as well with different manufacturers that have provided aggressive estimates pointing at a cost <100$/kWh by 2022 (source: GM, 2015, EV Obsession, 2015) or <100 by 2020 (source: Tesla, HybridCARS, 2015). Please note that the above-mentioned data refer to PHEV batteries (Plug-in Hybrid Electric Vehicle), but they are very similar also for BEV (battery electric vehicles), as the previous estimates by GM and Tesla refer actually to BEV batteries.
Batteries energy density and cost
2008 2015 2022E
Energy density of PHEV batteries (Wh/L) 60 295 400 Cos t of PHEV batteries ($/kWh) 1000 268 125
Source: US DOE
Diffusion of charging infrastructures We strongly believe that more capillarity of the charging stations (EVSE – electric vehicle supply equipment), together with improved batteries, may be the turning point for a widespread adoption of EVs. Indeed, the so-called “range anxiety”, i.e. the fear that a vehicle has insufficient range to reach its destination, is among the biggest limiting issues for electric vehicles, as the charging points are much less expanded than traditional gas stations. Obviously, homologation is welcomed for the development of these infrastructures. Recently, the International Electrotechnical Commission came out with international standards for electrical vehicle fast charging protocols. These standards are called Open Charge Point Protocol (OCPP), which are interoperable, and provide a relative alternative to the existing charging systems based on different technologies (source: Technavio - Global High-performance Electric Motorcycle Market 2016-2020). Fast charging and slow charging outlets, publicly available, totalled respectively 162 and 28 thousand units in 2015. Their average growth indicates that both types almost doubled on an annual basis in the past five years.
Publicly accessible charger evolution by country
(number of units) 2010 2011 2012 2013 2014 2015
Slow chargers 5,018 13,957 31,253 44,976 93,789 161,802 Fast Chargers 524 2,018 4,876 7,475 16,948 27,707
Source: IEA analysis
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
The following graph provides also indications of the geographical distribution of public charging stations, both for fast and slow chargers.
Geographical distribution of the 2015 stock of EVSE outlets by charger type
Source: IEA analysis based on EVI country submissions, complemented by EAFO (2016).
International and national policies To understand the role of regulators in the development of EV markets, we have to differentiate the type of policy adopted: regulations, direct investments and incentives. About national direct investments and incentives, we provide here a state-of-the-art table summarizing the policies adopted nationwide (N) or targeted (T) by the main nations, and the number of charging stations (EVSE).
Summary of policy support mechanisms for EVSE deployment
Direct Investments Fiscal Advantages Publicly accessible Public Private Public Private EVSE (# per mn Chargers Chargers Chargers Chargers inhabitants)
Canada T T 98 China N N 42 Denmark N N N 309 France N N N N 159 Germany N 67 Italy T 29 Japan N N 174 Netherlands N N 1084 Norway N T 1372 Portugal 114 Spain T N 35 Sweden T 175 United Kingdom T N 155 United States N N N 97
Source: IEA – Global EV outlook, 2016
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In general terms, regulations always set limits of pollution (e.g. limit the CO2 from the current 135 g/km to maximum 95 g/km by 2020 and 70 g/km by 2030), or targets for the development of the charging infrastructure. For example the EU Directive on the deployment of alternative fuels infrastructure (2014/94/EU) calls for a number of publicly accessible points capable of ensuring that EVs can circulate at least in urban and suburban agglomerations (EC, 2015, 2014). Targets should ideally foresee a minimum of one recharging point per ten electric vehicles (EC, 2014). Earlier proposals of the European Commission included an EU-wide target of 800,000 publicly accessible chargers and a total of 8 million chargers by 2020 (EC, 2013).
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Energica Competitive Positioning
Energica has for sure a first mover advantage in the High Powered Electric Motorcycles arena. Such a segment is for the time being not so crowded as we have found only some small (artisanal) companies already active from a commercial point of view while big (and potentially dangerous) players are sounding the electric market only with prototypes.
Market Players The competitive landscape for Energica currently shows the presence of a few small players characterised by strong technological innovation and, sometimes, also by an innovative design approach. The key vendors already active in the market from a commercial point of view are: ! Energica Motor Company; ! Zero Motorcycles; ! Polaris, which acquired the motorcycles division of Brammo (it recently experienced some problems, see the description below for details); ! Lightning Motorcycles (please note that it still does not have confirmed homologations in USA nor EU or others); ! BMW but limited to maxi-scooter for the time being; ! KTM but limited to off-road motorcycles. On top of these ones, we also hint at a few additional artisanal players such as Sora Electric Motorcycles, Saietta Motorcycles, Brutus Electric Motorcycles and Tork Motorcycles. These companies are currently producing on a very tiny scale but it is possible that the expected declining costs of Li-NMC batteries and powertrain components coupled with the wider availability of recharge points and increasing driving autonomy will give them the required incentives to increase their market presence.
Main Electric Motorcycles competitors to Energica
Source: Various
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Profile of some Electric Motorcycles competitors to Energica Company Description
Zero Motorcycles Californian manufacturer that introduced its first electric prototypes back in 2006. Currently, the company produces six all-electric models: Zero S (60 hp), Zero SR (70 hp), Zero DS (60 hp), Zero DSR (70 hp), Zero FX (46 hp) and Zero FXS (46 hp), all boasting less extreme performances if compared to Energica’s models. Prices range from US$8,495 for the Zero FX model to US$15,995 for the Zero SR and DSR ones.
Brammo Electric Oregon based manufacturer that has been bought by Polaris Industries Inc. in 2015, year in which it unveiled Motorcycle division the Victory brand. In 2016, the company launched in the market the electric vehicle Victory Empulse TT with 54 hp and a base price of US$19,999. Compared to Energica, Brammo provides electric vehicles at lower prices but with inferior performance results. Recently (Jan 2017), Polaris announced that it is shutting down the Victory Motorcycles brand.
Lightning Motorcycles Californian manufacturer founded back in 2006. After taking the first place among all motorcycles, gas and electric, at the 2013 Pikes Peak International Hill Climb, in 2014 they started to develop the LS-218 model powered by a lithium battery with 200 hp and a declared top speed of 350 km/h that makes it the fastest electric motorcycle ever produced. The starting selling price is US$38,888 but, compared to Energica, homologations are not confirmed.
Lito Green Motion Inc. Canadian company founded back in 2009 that produces the all hand-built Lito Sora electric motorcycle. As for now, Lito Green Motion Inc. represents an artisanal factory that operates in a limited area with very high range prices (starting from US$77,000 USD for the base model and from US$104,000 USD for the Signature Series.
Saietta Motorcycles Manufacturer of electric motorcycles formed in 2015 from the merger of Agni Motors and Agility Global. The group includes three independent divisions: Saietta Motorcycles, Saietta Racing and Saietta Engineering. The all-electric Saietta R model, presented for the first time in 2013 by Agni Motors, is powered by an electric engine that generates 97 hp and top speed of 130 km/h; the price range starts from GBP19,770.
Brutus Electric Motorcycles Brand founded and managed by the American family-owned business Bell Custom Cycles (BCC). It produces hand-built electric vehicles with prices that start from US$26,490 (Brutus V2 Rocket with 130 hp), US$32,490 (Brutus V9 with 125 hp) and US$45,000 (Brutus 2 and Brutus 2 Cafè with 130 hp).
Tork Motorcycles Indian based start-up that is launching to the market T6X, an electric motorcycle for urban commuters with reduced performance (top speed 100 km/h) and very low prices (INR124,999 INR which is approximately GBP1,500). The company has setup a production plant with a capacity of 50,000 units per year at Chakan, near Pune, and aims to sell 10,000 units in the first year. We view such a project as a low cost – low performance one so not directly competing with premium producers such as Energica.
Source: Various
Together with these smaller vendors, other big brands are sounding the HPEM segment. Harley- Davidson, for instance, back in 2014 displayed to media its first new electric prototype, called LiveWire, and then, in 2016, confirmed a launch within 2021. Yamaha as well unveiled a couple of electric prototypes PES2 and PED2 back in 2013 and again in 2015. Last but not least in February 2017 two big brands such as Hitachi Automotive Systems and Honda Motor, signed a memorandum to form a joint venture in order to develop and produce electric engines
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
that could be implemented not only for car production but also for motorcycles. In 2011, Honda Motor presented an electric prototype, called RC-E, in Tokyo and so, it is possible to suppose that the future joint venture could be useful even to complete the development of an electric motorcycle for the market.
Energica positioning As far as Energica’s competitive positioning is concerned, we view it as a premium brand in the High Powered Two Wheels Market, i.e. potentially competing with KTM and Harley Davidson (or with the Italian Ducati if we want to remain in the Italian motor valley), but avoiding direct competition as it is specialised in innovative electric motorbikes. On the other hand, Polaris, with the acquisition of the motorcycles division of Brammo, represents the first mass market player that enters the electric market, suggesting that there is a growing interest towards the sector of electric vehicles.
Competitive Landscape for High Powered Motorcycles
Source: Various
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Energica’s Go to Market Strategy
Having almost finalised its research and development activity, Energica should now attempt at consolidating its market positioning in the forthcoming years. Brand awareness and customer acquisition, through specifically designed marketing investments, are crucial to fill the existent production capacity with substantial future sales. Completing the business network should also allow for a greater economic performance, particularly in markets such as California, where potential customers are way more responsive to technological innovation in the motorcycles industry. The multi-channel marketing strategy, paired with attractive initiatives for the clients’ benefit (see the vendor financing strategy), introduces the complementary perspective of customer fidelization.
Research and Development: Done (Patents, Acknowledgments) Acquiring competencies and know-how, to both enhance existing products and create new ones, represents the core activity to which Energica is committed. Indeed, since inception, development activities have been particularly devoted at achieving the best innovative product possible, focusing on: ! Improving the driving performance, for example by reducing motorbikes weight; ! Refining aerodynamics features and racing abilities; ! Discovering new technical solutions. With effective and efficient commitment, Energica has been able to deliver so far consistent results from its research activities, which can be summarized, for instance, by the following patents (whose final registration has to be completed, according to IPT procedures): ! Supply Unit – US Patent; ! ABS – International Patent; ! Design – International Patent; ! Brand – Energica is a registered brand in Brazil, Canada, Europe, Japan, South Korea, and USA; ! CPU – International Patent. Driven by daily efforts and exploiting its management expertise, Energica is now able to handle an impressively updated product. Indeed, apart from the continuous elaboration of new products and concepts, most of the workload ahead should be dedicated to both the vehicle structure and the software infrastructure improvement, which still offers a plenty of opportunities and upcoming technologies to exploit, as well as to benefit from their integration. For instance, potential benefits should be delivered to customers from a fully connected framework among vehicles, in which data could provide them with substantial advantages (e.g. improved on-the- road assistance). Moreover, vehicles distributed from 2020 should carry a new technological platform and superior batteries, whose suppliers have already been chosen in July 2016. Last but not least, since 2015 Energica is also part of the TAAPS project (Trusted Application for Open Cyber Physical System), developed in cooperation with several among research centres and technologies developers, and financed by the European Commission. Energica is also associate member at CMC (Connected Motorcycle Consortium) and is part of CharIn (Charging Interface Initiative Association founded by Audi, BMW, Daimler, Mennekes, Opel, Phoenix Contact, Porsche, TUV SUD, and Volkswagen). Moreover, Energica, together with ANCMA (Italian Motorcycle Association), is constantly committed at developing new solutions and ideas to promote the Italian electric motorcycles’ market.
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ENERGICA | Initiation of Coverage | 28 February 2017 | Marco Greco VALUETRACK
Developing new applications to be tested and then fully incorporated into products such as Ego and Eva models is the leading rationale, thus implying other possible favourable developments. Particularly, aiming at providing customers with essential after-sales services.
Output Capacity: Already set up (new facility, output capacity stats, supply chain) Energica has recently moved to its brand new 3,000 sqm-sized production facility in Soliera (Modena), at the heart of the Italian Motor Valley, whose main features may be summarized as follows: ! An assembly line of four workstations, scalable up to sixteen; ! R&D activity-dedicated area; ! Energica Lounge, an internal showroom space and the leading Italian point of sale; ! Energica Museum, which allows visitors and potential buyers to trace past to present.
EMC: The brand new production plant – 1
Planimetry Outdoor view