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Webber Research: Global LNG Project Tiers, Rankings Outlook, & Balance Model + Trump & LNG: Leveraging The Pizzazz
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Alternative Fuel Analysis…Will History Repeat Itself?
In 1992 & 2005, the Department of Energy (DOE) created & amended the Energy Policy Act (EPA) that addressed fuel research and tax benefits for vehicle manufacturing.
Battery Electric Vehicles (BEV), Hydrogen (H2), Hybrids, Biofuels, Ethanol and Methanol were analyzed in 2005, but vehicle manufacturers supported gasoline hybrid vehicles due to technology and production constraints.
Since then, fuel cell technology and global, federal, & state emission guidelines have accelerated innovation and the market is now actively deciding transportation alternatives.
Small Vehicle Applications
BEV have taken a leading role in the small vehicle category with minimal competition from Hydrogen.
Hydrogen’s price, lack of infrastructure, and safety concerns highlight the risk associated with new fuel applications; however, Methanol may have an opportunity to fill this role.
The Roland Gumpert Nathalie markets an impressive range and methanol costs are comparative to BEV, but the $450k price tag limits it’s applications until manufacturing scales up to reduce cost.
Mid-Sized Vehicles and Truck Applications
Fuel energy density becomes a larger role as the size of a vehicle increases.
Fuel storage capacity, energy density, and vehicle efficiency play a large role in the range and cost for a vehicle.
Semi-Truck Range Is A Gating Issue For Future Fuels
New Semi-Truck concepts are ranging from shorter applications (<300 miles) to the long-haul market (>600 mile/day).
Daimler eCascadia seems to make sense for shorter applications and Hyliion’s Compressed Natural Gas (CNG) hybrid semi will likely apply well to long haul trades, if the marketing is as good as advertised.
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In mid-November the California Air Resources Board (CARB) published initial plans detailing the development and implementation of a light-duty hydrogen fueling station networks, including a focus on financial self-sufficiency.
Specifically, CARB’s initial draft highlights:
1. Estimates around required state-support and eventual self-sufficiency
2. A comparison of existing market solutions, ongoing government research, and the latest awards in the Energy Commission’s Grant Funding program.
3. The economic sensitivity around FCEV deployment and the pace of network development.
4. Opportunities for cost reductions
5. Potential price reductions at the pump
6. Regional economic differences
Within the context of CARB’s report, we evaluated the economics and risks for deployment of Hydrogen fueling station options based on the following:
• Public Safety
• Climate Change and Air Quality – Tank to Wheel (TTW) – Well to Wheel (WTW)
• Gas Station Infrastructure Costs
• Hydrogen Costs at Pump for Consumer
W|EPC Takeaway: As highlighted below, if the primary goal of CARB is to reduce tailpipe emissions, we believe electric vehicles and hydrogen vehicles are the most viable options today. However, if the goal is to reduce total emissions and to implement hydrogen fueling as quickly, safely, and cost-effectively as possible, it opens the door for a mix of other fuel considerations – including biofuels, e-fuels, and other energy mediums to expedite the Hydrogen Economy. We believe how California ultimately balances those priorities will determine what it’s future fueling network looks like.
Climate Change & Air Quality
Air quality and the need for sustainable future fuels to reduce GHG emissions is driving alternative fuel technology development. CARB’s Low Carbon Fuel Credits (LCFC) are based on Well to Wheel Carbon Intensity Scores (CI) that identify upstream pollution caused by fuels.
Gas Station Infrastructure Costs
Future fuels (i.e. H2, Ammonia, Methanol) will require new infrastructure in almost all cases to meet federal and state emission guidelines. The Implementation cost of these can vary from storage retrofitting, to +$1 million infrastructure upgrades. The costs could further increase based on the engineering design and blast radius study results.
Hydrogen gas station equipment could include:
• Compressors – 350 bar pressure
• Above Ground Storage
250 bar pressure
250 kg storage
• H2 Dispenser Larger corporate gas stations may have the financial means to implement the costly infrastructure upgrades especially if supported by fuel tax credits. However, smaller gas stations may face challenges investing in the capital costs & the ~$2K/month electricity bill to own & operate the equipment.
Cost comparisons vs the low-cost alternative for Methanol:
• Hydrogen – See Figure 6. Multiple scenarios based on CARB capital cost estimates
• Methanol to Hydrogen in Vehicle – ~$50,000 per gas station to upgrade storage
• Methanol to Hydrogen at Pump – ~$1 million per gas station (250kg H2 storage)
Hydrogen Costs at Pump for Consumer: ~$16/kg and by 2030 as Low as $8/kg?
At the pump, the H2 price begins to stack up due to CAPEX, maintenance, safety, and production costs. We have provided a few options that have been considered for comparisons sake below that could further drive down the cost of hydrogen.
• Centralized Electrolysis: ~$8/kg
• Centralized Reformer (No Carbon Capture): ~$2.50/kg
• Methanol Reforming at Pump: ~$5/kg
Includes 250kg hydrogen storage and compression
• Methanol Reforming in Vehicle: ~$3.50/kg
Gas Station infrastructure cost are relatively minimal
For a methanol reforming at pump scenario, storage-related infrastructure costs could be lighter as Methanol is a potential mid-stream solution for hydrogen, and is generally easier to store in large quantities – potentially pushing the hydrogen cost at the pump level below $10/kg in a shorter timeframe.
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BKR Buys Carbon Capture Platform: On 11/3 BKR announced it acquired Compact Carbon Capture (3C) for an undisclosed amount. BKR plans to accelerate development and commercialization of 3C’s carbon capture solution, which adds to its existing portfolio of carbon capture technology including turbomachinery, solvent-based capture processes, well construction, CO2 storage management, and digital monitoring solutions…
Dominion Proposes 9 New Solar Facilities For ~500MW: On 11/2, Dominion Energy (D) proposed a slate of 9 new solar projects with output of 498MW. Six of the facilities (416MW) are through PPAs, helping to fulfill the Virginia Clean Economy Act (VCEA) requirement of having 1/3 of new solar and onshore wind be procured through PPAs through 2035….
AMRC 2 New Contracts In Oregon: On 10/26 and 10/27 AMRC…..
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Highlights:
• CEC Releases Clean Transportation Plan (page 1)
• New York Set 70% Renewable Energy Mandate By 2030 (page 1)
• ENPH Partners With Natura Living In Thailand (page 1)
• ENS Partners With alpha-Encorp (page 2)
• Bifacial Tariff Exemptions Blocked (page 2)
• JKS Signs Module Supply Agreement (page 2)
• CSIQ Adding Storage To GS Solar Farm (page 2)
• Enel Begins Construction Of Azure Sky Solar Project (page 2)
• Siemens Sub Acquires AMS (page 2)
• Proterra Raises $200MM (page 2)
• GE Wins 327MW Wind Order In India (page 2)
• SGRE Edges Out Vestas In Q2 (page 3)
• NOVA Expands Solar + Storage Offering (page 3)
• Arrival Raises $118MM From BlackRock Investment (page 3)
• PNM Plans To Replace Coal Plant With 1GW Solar + Storage (page 3)
• US Net Electricity Generation (pages 4-5)
• Solar PV Pricing (page 5)
• LCOE Benchmarks & Timeseries (page 6)
• Global Wind Turbine Market Share (Page 7)
• Global Solar PV Inverter Market Share (page 7)
• US Wind & Solar Projects Announced Or In Early Development (page 8)
CEC Releases Clean Transportation Plan: Last week, the California Energy Commission (CEC) released its clean transportation plan with ~$384MM of investments scheduled over the next 3 years for electric vehicle (EV) and zero-emission vehicle (ZEV) infrastructure. The spending includes ~$133MM for light-duty EV charging systems, ~$130MM for medium- and heavy-duty ZEV infrastructure, and ~$70MM for hydrogen refueling infrastructure. California currently has ~26MM automobiles and ~6MM trucks registered in the state – ~726k of which are ZEVs (vs its goal of 1.5MM by 2025 and 3MM by 2030). It also currently has 57k Level 2 chargers and 4.9k DC fast chargers vs its 2025 goal of 240k Level 2 and 10k fast chargers.
New York Set 70% Renewable Energy Mandate By 2030: On 10/15 New York’s Public Service Commission (PSC) announced it would formally adopt a 70% renewable energy initiative by 2030 as part of its Clean Energy Standard. The announcement includes a directive for NYSERDA to enter into annual contracts for 4,500MWh for upstate renewables and 700-1,000MW of offshore wind.
ENPH Partners With Natura Living In Thailand: On 10/12 ENPH announced it partnered with Natura Living to develop commercial solar projects in Thailand for PepsiCo (PEP). Natura installed a 60kW solar array on PEP’s snack division building using ENPH’s IQ 7+ microinverters and is currently installing another 60kW array on PEP’s agronomy division building (expected completion in Q420).
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Read MoreTable Of Contents:
Key Takeaways:
Upstream Sources Of Hydrogen – Blue & Green (Pages 4 – 9)
>95% of Hydrogen (H2) is produced using Steam Methane Reformer (SMR) technology that produces 7 units of CO2/unit of H2 (on average)
SMR w/ a carbon capture system (Blue H2) is the preferred option to environmentally manage excess CO2. (page 7)
Green H2 provides minimal CO2 but current technology limits Green H2’s cost competitiveness. (Page 6)
H2’s Sprint To Market Share… Current Leaders (Pages 17 – 21, 27 – 30)
We analyzed 13 Technology Companies spanning 12 Process industries, including ThyssenKrupp, Air Products, Air Liquide, & KBR/Johnson Matthey…the clear technology leaders include…
Frozen Industries – Marine, Automotive, & H2 Transport (Pages 22 – 26)
Outside factors (i.e. carbon neutral fuels, fuel cells, regulations, safety, & other downstream applications) will play a large role in selecting the midstream transportation choice for H2.
International Maritime Organization’s (IMO) mandates for reduced emissions has many ship builders looking at LNG, Ammonia, and/or Methanol; without a clear long-term winner (yet), many shipbuilders are frozen.
Fuel pumps (gas stations) must receive H2 from high-pressure storage vehicles, pipelines, or by converting Methanol or Ammonia to H2 at the fuel pump, with a number of implications.…(page 20)
Midstream For Hydrogen – H2 Transportation Options (Pages 10 – 16)
Ammonia, Methanol, and Cryogenic H2 are used to transport H2 long-distances.
Ammonia is the clear favorite to…
Methanol is the best option for…
Cryogenic H2 technology/costs…
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Read MorePlug Power (PLUG)
Company Overview – Page 5
Plug Symposium (Raw Notes) – Page 10
Investment Rationale / Key Points – Page 12
Primary Risks – Page 14
Valuation – Page 15
Ballard Power Systems (BLDP)
Company Overview – Page 22
Analyst Day (Raw Notes) – Page 28
Investment Rationale / Key Points – Page 35
Primary Risks – Page 36
Valuation – Page 37
SolarEdge Technologies (SEDG)
Company Overview – Page 45
Investment Rationale / Key Points – Page 48
Primary Risks – Page 49
Valuation – Page 50
Industry Overviews
Hydrogen & Fuel Cells – Page 55
Solar / Inverters – Page 67
Expanding Our Hydrogen & Inverter Coverage. We are initiating coverage of PLUG (Outperform, PT: $19), BLDP (Outperform, PT: $26), and SEDG (Market Perform, PT: $200). Since launching our first wave of coverage in April (REGI – OP, ENPH – MP, TPIC – MP, and ENS – MP) renewables have continued to aggressively take both mind-share and market-share – positioning the sector for unprecedented investment as governments, counterparties, and end-users move toward carbon neutrality over the next 15-40 years. Benchmark renewable levelized cost of energy (LCOE) figures have declined nearly 75% over the past-10 years, increasing the viability of alternative energy sources. We believe the extension of that process toward low- and zero-carbon hydrogen could create a generational growth engine across Energy, Industrials, and Technology over the next several decades.
The Push For Hydrogen: Major markets worldwide continue to adopt integrated hydrogen strategies and roadmaps, with Europe and China at the forefront. The EU is expected to invest €183-€490B by 2050 to effectively develop a continental hydrogen economy, with green hydrogen (i.e. hydrogen created using renewable sources) at its center. China recently announced its National Hydrogen Fuel Cell Strategy and pledged to reach carbon neutrality by 2060 despite currently deriving two-thirds of its power from coal. We think the increasingly widespread support for carbon-reducing policy creates a deliberate and sturdy foundation for renewables, and particularly hydrogen.
Figure 58. California Advanced Clean Truck Regulations
Figure 50. Hydrogen Production Costs From Renewables & Fossil Fuels
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Read MoreKey Takeaways:
W|EPC: Renewable Biofuel Analysis Refinery Conversions, Crack Spreads, & Risks Q420
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Read MoreRecent News (page 1)
M&A Tracker (page 3)
Valuation Summaries (page 3)
Hydrogen Production Costs (page 4)
Industry/Background (page 6)
LH2 Carrier Progress (page 7)
• GM Forms Strategic Alliance With Nikola: On 9/8, GM announced it took an 11% ownership stake in Nikola (NKLA) worth ~$2B as well as the right to elect one director to NKLA’s Board, in exchange for in-kind services. GM will engineer and manufacture the Nikola Badger (both the BCEV and FCEV models), and will be the exclusive supplier of fuel cells globally (except in Europe) for NKLA’s Class 7/8 trucks (heavy-duty trucks, including the Nikola Badger, Nikola Tre, Nikola One, Nikola Two and the NZT), utilizing its Ultium battery system and Hydrotec fuel cell technology. NKLA said it expects to save more than $4B in battery and powertrain costs over 10 years and $1B+ in engineering and validation costs, while GM expects to receive in excess of $4B of benefits from the equity value of NKLA shares, contract manufacturing of the Badger, supply contracts for batteries and fuel cells, and EV credits retained over the life of the contract. GM will be subject to a staged lock-up period (beginning in 1 year and ends in June 2025). The Badger will make its public debut 12/3-12/5 at Nikola World 2020
• Ballard Markets First Fuel Cell Designed For Marine Vessel Propulsion
• Siemens Announces Green Hydrogen Systems As Electrolysis Partner
• California Regulators Funds 36 More Hydrogen Stations
• Australia’s First Green Hydrogen Plant
• Germany Eyes Hydrogen Project In Democratic Republic Of Congo
• Freudenberg Sealing Technologies To Develop Special Fuel Cell System For HeavyDuty Trucks
• SunHydrogen Expands Partnership With University Of Iowa
• Wystrach Reveals Its Mobile Hydrogen Refueling Station
M&A Tracker
• 6/23/20 PLUG Acquires United Hydrogen & Giner ELX:
• Total consideration of ~$123MM (~$65MM for United Hydrogen and ~$58MM for Giner ELX).
• United Hydrogen is a merchant hydrogen producer in North America with production capacity of 6.4t/d with plans to expand to 10t/d.
• PLUG previously announced it held a convertible bond in United Hydrogen which could represent over 30% equity ownership on a converted basis.
• Giner ELX provides PEM hydrogen generators, grid-level renewable energy storage solutions, and onsite generation systems for fuel cell vehicle refueling stations.
• PLUG increased its 2024 financial targets to $1.2B in revenue (from $1.0B), $210MM in operating income (from $170MM), and $250MM in adjusted EBITDA (from $200MM).
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Highlights:
• Recent News (page 1)
• LH2 Carrier Progress (page 3)
• M&A Tracker (page 4)
• Valuation Summaries (page 5)
• Hydrogen Production Costs (page 7)
• Industry Dynamics (page 9)
Yesterday we launched our Hydrogen Tracker – a weekly research product dedicated to the build out of Hydrogen production, technologies, and associated markets. For information about access to our Hydrogen Research, Renewables, or our Utility, Energy, & LNG Infrastructure Project coverage, please email us at [email protected]
Highlights:
• Recent News (page 1)
• LH2 Carrier Progress (page 3)
• M&A Tracker (page 4)
• Valuation Details (page 4)
• Hydrogen Production Costs (page 5)
• Demand Trends (Page 7)
• Electrolyzer Market Share & Technology Growth (page 8)
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Wild Week For ENPH: Last week ENPH traded down 26% on the back of a short report alleging various accounting violations and more serious fraudulent activity, before recovering most of the lost ground in the days that immediately followed (-4% on the week). From our perspective, the report highlights a number of red flags, however…..
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Read More2020 ESG Scorecard – Updated Model, Same Idea. Before we delve into our updated rankings, framework, and company specific changes, we want to reiterate the idea that underpins this entire endeavor, which is that we believe there is no longer a place in the public shipping markets for companies that do not prioritize strong corporate governance and capital stewardship. We believe that risk premiums associated with poor governance and capital discipline should continue to widen, eventually pricing-out conflicted players and antiquated structures from public markets.
New Carbon Factor. Our 2020 ESG Scorecard includes a broadened methodology that incorporates the public disclosure of relevant of carbon data, which becomes the 9th factor within our proprietary multi-factor ESG model and increases the total number of subfactors to 20 (from 18). The carbon disclosure metrics we’ve chosen to initially include (AER & EEOI – see Page 15) are aimed at aligning our ESG framework with the Poseidon Principles, and intended to help facilitate the consistency and disclosure of carbon data to investors. We will also continue to display each company’s ESG Scorecard Quartile, as well as a Carbon Disclosure Indicator on the front page of our company-specific research notes – as we’ve done since we launched Webber Research in Q419.
Model Adjustments. We’ve given our new Carbon Factor a 20% weighting within our model, positioning it among the most dominant variables within our framework, while re-weighting other aspects of our model in order to accommodate the addition. Our revised factor weightings and methodology can be found on Pages 10-15. We also narrowed our 2020 ESG Scorecard universe to 52 companies from 56 (Page 5).
Carbon Disclosure: Who’s Participating? We’ve included a summary of our work around carbon disclosures on Pages 2-3. In total, 42% of the companies in our scorecard (22/52) met carbon disclosure requirements within our model. While we’re encouraged by the level of initial participation, there’s clearly room improvement. To that point, we’re aware of several companies still the process of aggregating, auditing, and (eventually) disclosing relevant carbon data to investors, which should continue to improve the participation level in subsequent scorecards.
Superior Governance Translates To Outperformance:
• Companies with the strongest ESG scores (EGLE, INSW, ASC, TRTN, GNK, EURN, OSG, MATX, GRIN, GLOG, INT, GLNG, and KEX) outperformed the group by 16% on a 5-year basis and 41% since inception.
• Companies with the weakest ESG scores (CMRE, KNOP, TGP, CPLP, NMM, NNA, DSX, DLNG, GSL, DAC, TNP, GASS, and SB) underperformed the group by (24%) on a 3-year basis and (25%) since inception.
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Highlights:
Orsted JV To Develop Large-Scale Clean Hydrogen In Copenhagen: On 5/26 Orsted announced it entered into a JV with Copenhagen Airports, Maersk (marine), DSV Panalpina (logistics), DFDS (ferry), and SAS (aviation) to develop a hydrogen and e-fuel production facility. The project will be developed in three phases with the ultimate goal of providing renewable fuel sources for multiple transportation methods in the Greater Copenhagen Area. Phase 1 includes a 10MW electrolyser to generate renewable hydrogen fuel for buses and trucks – potentially operational as early as 2023. Phase 2 considers a 250MW electrolyser which would have the capacity to produce renewable methanol for maritime transport and renewable jet fuel for aviation – potentially operational by 2027 when the first offshore wind power is available from Ronne Banke off the island of Bornholm. Phase 3 would upgrade the electrolyser capacity to 1.3GW with the potential to displace 30% of fossil fuels used at Copenhagen Airports by 2030. Orsted said the project could reach FID as early as 2021 after receiving required regulatory approvals as well as a full feasibility study.
US Extends Safe Harbor Deadlines: continued…
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Read More*REGI (Outperform) – Virtual NDR Weds 5/27 To participate email us directly or at [email protected]
Renewables – Weekly Highlights:
• GE To Add 193MW Onshore Wind In Turkey – Blades Built In-House (page 1)
• SPWR Sells O&M Business, Clears Maxeon Regulatory Hurdle (page 1)
• ENPH Expands Commercial Presence (page 1)
• IEA Updates Renewable Energy 2020 & 2021 Outlook (page 2)
• BNEF EV Outlook (page 2)
• AMRC Begins Commercial Operations In Ireland (page 2)
• SGRE Launches 14MW Direct Drive Offshore Turbine (page 2)
• Ginlong Solis To Double Manufacturing Capacity (page 3)
• Jinko & LONGi Launch New Modules (page 3)
• Sungrow To Provide Inverters For Ibri II Project In Oman (page 3)
• Suzlon Restructuring Update (page 3)
• PLUG Prices 2025 Convertible Notes (page 3)
• NJ Clean Energy Equity Act (page 3)
• US Net Electricity Generation (pages 4-5)
• Solar PV Pricing Dynamics (page 5)
• LCOE Benchmarks & Timeseries (page 6)
• Global Wind Turbine Market Share (page 7)
• Solar PV Inverter Market Share (page 7)
…continued
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ENPH Partners With 5B In Australia: On 4/22 ENPH announced it would collaborate with Australian solar innovator, 5B in its role in the Resilient Energy Collective (REC) – aimed at providing solar power solutions to Australians disconnected by bushfires and floods. 5B selected ENPH’s IQ 7+ microinverters to pair with its portable Maverick solar array systems, which will also be outfitted with Enphase Envoy with (communication gateway) which connects the system to Enphase Enlighten for easy monitoring & maintenance. ENPH also announced a partnership with Sunlogics in Belgium on 4/29 as its exclusive microinverter supplier using IQ 7 and 7+ microinverters (also outfitted with Envoy). Separately, after the close on 4/27 ENPH was announced to replace Core Laboratories (CLB) in the S&P MidCap 400 index effective before the market open on 5/1. ENPH traded up 16% on 4/28 as a result.
GE Renewable Energy Q1 Earnings: On 4/29 GE reported a $302MM Q1 loss in its Renewable Energy segment, down from a $187MM loss in Q119. Orders declined 13% y/y to $3.1B, which GE attributed mostly to poor execution and only partly to COVIDrelated supply chain disruptions and delays. GE highlighted LM Wind’s sites closures in India and the US and capacity reductions at 3 other sites in its Onshore Wind business (previously disclosed). In its Offshore Wind business, GE remains on track for certification of its Haliade-X turbine and plans to start production after delivering its 80- unit 6MW commitments to EDF (expected completion 2021). In Grid & Hydro, GE is operating 15 factories at full utilization, 10 factories at less than 80% utilization, and 8 factories at less than 50% utilization. Its facilities located in China are operating at preCOVID levels, including Wuhan which was shut down for 6 weeks. Overall GE said COVID-19 has had a limited effect on its Renewables business but that it’s monitoring supply chain constraints and implementing cost-out and restructuring initiatives.
Sunpower COVID Updates: On 4/20 SPWR announced further actions to address the financial and operational impacts of the COVID-19 pandemic including reducing base salaries of executive management another 35-50% (after cutting 25-30% and withdrawing 2020 financial guidance a month earlier), idling factories in France, Malaysia, Mexico, the Philippines, and the US (with expectations to bring them back online in the coming few weeks), and temporarily transitioning a portion of its employees to 4-day work weeks in response to reduced demand and workload (affecting ~3,000 workers according to GTM), but it said it’s still on track to spin-off its manufacturing arm, Maxeon Solar Technologies by the end of Q2.
Safe Harbor Deadline Extension Brought To Treasury: Last week senators from the Energy and Natural Resources Committee wrote a letter to the Department of Treasury advocating a 1yr deadline extensions for the Investment Tax Credit (ITC) and Production Tax Credit (PTC) due to setbacks related to the COVID-19 outbreak. …continued
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Contango, COVID, & Floating Storage To Dominate Q1 Earnings: As with our Barge Preview from last week, we expect the majority of this earnings season to revolve around the simultaneous COVID+OPEC supply & demand shocks to global energy markets, which have driven down global oil demand by ~15-30mbd, introduced negative crude pricing for certain landlocked geographies, and reinforced the notion of systemic, structural and economically driven floating storage. The result: our tanker rate charts look more like seismograph readings (page 5) and our tanker group is poised to throw off record cash flow in Q2 & Q3 (and potentially longer). We believe the long tanker trade is gradually transitioning from a shorter-term OPEC trade, into a longer-term COVID-19 global relapse hedge. We believe tanker dynamics from the remainder of 2020 and 2021 will be defined by the depth and duration of the floating storage dynamics – which we believe will be increasingly driven by the shape and pace of a global economic reopening vs any remaining OPEC/policy maneuvers. Now that crisis level production levels are now more defined, we believe tanker rates and equities will have a strong negative correlation to the success of any semi-synchronized economic reopening. Hence, Long Tankers = Long An Extended And Asymmetrical Global Reopening.
We thought we’d pass along a snippet from our recent note on TPIC (4/23) – highlighting both its 2020 guidance withdraw, as well as the shutdown of its Iowa & Juarez facilities – which, while disclosed in subsequent filings, were not highlighted in the guidance suspension press release. For access information email us at [email protected]
TPIC: Newton Iowa Facility Latest To Be Affected By COVID-19. Earlier today TPIC announced it would pause production at its manufacturing facility in Newton, Iowa after 28 associates tested positive for COVID-19 last week. The Newton facility is set to be shut for roughly 1 week for deep cleaning and development of more advanced testing procedures for associates. Additional Updates: Not included in the press release was a series of updates to its other manufacturing facilities:
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Read MoreExecutive Summary ……………………………………………….Page 5
Industry Overviews………………………………………………..Page 9
Near-Term Drivers.…………………………………………………Page 11
Solar …………………………………………………………………Page 14
Wind …………………………………………………………………Page 20
Biofuels ……………………………………………………………..Page 25
Energy Storage …………………………………………………….Page 30
Enphase Energy, Inc. (ENPH) …………………………………….Page 33
TPI Composites, Inc. (TPIC) ………………………………………Page 47
Renewable Energy Group, Inc. (REGI) ………………………….Page 59
Enersys (ENS) ………………………………………………………Page 70
Disclosures ………………………………………………………….Page 81
Rolling Out Our First Wave Of Renewable Energy Coverage: We are initiating coverage of REGI (Outperform, PT: $36), ENPH (Market Perform, PT: $33), TPIC (Market Perform, PT: $17), and ENS (Market Perform, PT: $55). As our historical energy infrastructure coverage has evolved, we’ve watched renewables consistently gain market share and play an increasingly competitive role in energy trade dynamics – particularly in the emerging markets, where we’ve seen prices come down, viability rise, and competitive flash points between traditional fuels, LNG, and renewables. Rather than focus solely on incumbent fuels and infrastructure, or solely on a potential bridge like LNG, we think it’s more prudent to cover energy transitions from every angle – hence our expansion into renewables.
Why These Names? We’re establishing a footprint in several renewable verticals: solar, wind, biofuels, and energy storage, creating a well-rounded platform that we can continue to expand. Within those verticals, ENPH, TPIC, REGI, and ENS were among the stocks most commonly highlighted by our clients as either underfollowed, misunderstood, or both. Although oil and gas (which remains the focal point of our legacy
coverage) still dominate global energy markets, it’s increasingly clear the future of energy is here – and it’s decarbonizing, innovating, and quickly becoming price competitive. We also think the group dovetails nicely with our skill-sets: analyzing SMID energy and infrastructure names with asymmetric risk/return profiles.
How Are We Tackling Renewables? There’s a reason why we were both drawn to and pushed toward this space – each company has a strong core business, at least one (or several) growth drivers, and the kind of significant shifting dynamics that can create particularly compelling risk/reward profiles.
COVID-19 Disclaimer: We continue to highlight our gratitude for health care providers and first responders during this time, and while our primary focus continues to be with the safety and well-being of our families, associates, and employees, the pandemic has certainly complicated our plans for initiation, however we think it’s important to have coverage through this period of uncertainty – rather than simply waiting for smoother seas. Each of our names have been and will continue to be greatly affected by the outbreak and associated economic downturn. Countries around the world have delayed energy auctions while agencies and data service providers have all begun to cut global supply and demand forecasts across all energy verticals. That said, it’s still too early to fully assess the potential impact on our industry- and company-level coverage. As a result, we are generally exercising caution with our ratings, price targets, and estimates until we get a broader view of the long-term disruption.
Investment Theses (Abridged)
Enphase Energy (ENPH) – Market Perform, PT: $33….continued
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Depth Of Floating Storage Build Key For Tanker Equities In Q220. Amid the double black swan start to the year (OPEC supply shock/pricing war coupled with demand destruction from the COVID-19 response), tanker equities have (generally) acted as a hedge against the rest of the energy tape, as the prospect of significant structural and arb-driven floating storage has supported tanker earnings well above seasonal trends (page 4). While increasing OPEC & Russian crude production battle to replace US exports (the degree to which remains in question) – the market mechanism for finding that new global production balance should ultimately result in saturated land based storage and a ramp in floating storage (already ~100mb), and narrower tanker capacity, providing a significant tailwind for tanker cash flows. From an equity perspective, we think about Tanker stocks (FRO, EURN, DHT, ASC, etc.) in 3 stages….(Pages 1-2)
What Would Robust Floating Storage Mean For Tanker Rates & Utilization In Q2/Q3? We ran a multi-factor scenario analysis based on our updated crude tanker utilization model, flexed for different levels of incremental daily crude production moving into floating storage over the next 2-3 quarters. At the low end of the range…(Pages 2-8)
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Read MoreTanker Spot Rates Soften Off Of Peak Levels As Saudi Reign In Freight Rebates: Spot rates weakened on slow fixture activity, crude prices bounding from under $25/barrel to ~$30/barrel (Brent), and Saudi Arabia announced limiting freight compensation to 10% of crude’s official selling price. According to TradeWinds, at least 10 VLCC & Suezmax spot fixtures loading Saudi crude had failed last week. VLCC spot rates (TCEs) led the decline with rates falling to $135.3K/day (-52% w/w and +408% m/m), Suezmax TCEs at $70.0K/day (-42% w/w and +166% m/m), and Aframax TCEs firming to $59.5K/day (+39% w/w and +120% m/m). We note rates remain well above consensus.
Roughly Half Of Bahri’s VLCC On Subject Destined For USG: Last week, Saudi Arabia’s Bahri put 25 VLCCs on subject after their announcement to flood the oil market (by increasing its production and lowering its oil price) in response to OPEC+ disbandment (see our OPEC+ Fallout note). VLCC rates had spiked as Saudi Arabia was said to provide freight rebates to some customers for crude transports between Saudi Arabia and Egypt. Bahri owns 41 VLCCs and rarely enters the spot market to charter third party tonnage. In addition to the large number of subjects, the intended destination for these vessels are telling of Saudi’s intent: 10 of the 25 VLCCs are destinated for the U.S. Gulf, 4 are likely going to Europe, 10 are fixed to discharge at the entry point of the Sumed pipeline (Ain Sokhna) which transports crude oil through Egypt to the Mediterranean (likely to end up in Europe). None of the spot VLCCs are fixed to Eastern destinations.
Scrubber Payback Period Upended Following Crash In Crude Prices: The spread between HSFO and LSFO has narrowed to $87/mt in Singapore and $47/mt in Rotterdam (Figures 2 & 3), extending the payback period to ~4 years. A VLCC fitted with a scrubber is able to command a spot earnings premium of ~$4.5K/day, down from nearly $20K/day at the start of the year.
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Read More***From Sunday 3/8***
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This Is Going To Hurt: On Friday (3/6) talks between OPEC and its OPEC+ allies (Russia) over a corona-related production cut collapsed, sending oil prices down with it (Brent and WTI down 9% and 10%, respectively on Friday). While the lack of OPEC+ support for crude prices was enough to rattle markets, what’s transpired since – the relationship between the Saudis and the Russians rapidly devolving into what looks like an all-out pricing war – has the potential to reshape energy markets for years to come, and will likely take the mantle as the most value-destructive policy shift in decades.
Exogenous Demand Shock, Meet Exogenous Supply Shock. As noted below, Aramco has already come out with discounted crude prices (OSPs) on the back of the meeting, and is reportedly speaking to a potential production ramp from its current 9.7mbd, to well above 10mbd, and could even reach a record of 12mbd. Again – that would be additional supply into a market that’s already oversupplied amid global efforts to contain the Coronavirus (nCoV) weighing on demand. While the Russians have less available swing production, what they do have will be moving in the wrong direction as well, as they look to grab share from U.S. Shale producers.
How Does This Impact Our Universe:
Tankers: We’ll Call It Mixed… (And That’s One Of The Few Bright Spots). Once the dust settles the tanker group, including FRO, DHT, EURN, ASC, etc, should be one of the few actual overproduction beneficiaries as: 1) tanker activity and rates are generally positively levered to production volumes (including overproduction), and 2) we expect to see floating storage, both economic (as the front end of the crude forward curve collapses (already in progress) and…….continued on Pages 3-5
Most Relevant Tanker Comp: 2015, after OPEC failed to respond to falling crude prices. While overcapacity and falling crude prices ravaged the rest of the energy markets, Crude Tanker rates (VLCCs) averaged $65K/day (Figure 4) – a level not reached since 2008, up 116% y/y and the firmest level in nearly a decade. What would 2015 day rates mean for current tanker stocks? If we replaced our current 2020 rate decks with the 2015 average rates….continued on page Pages 2-3
Everything Stops. If nCoV brought the near-term prospects of new LNG business to a particularly slow crawl, we believe the OPEC+ blow up will bring it to a full stop, at least until the dust settles. For companies in the process of restructuring (like TELL).….continued on Pages 2-3
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The Walls Close In Around TELL – Stock Down 72% This Week As Liquidity & Commercial Realities Finally Overlap. TELL has traded down 52% today, as continued commercial slippage, mounting liquidity concerns, and the broader market de-risking have combined to price-in the new economic reality for Tellurian: It’s not going to make it. The week started off with proponents of TELL/Driftwood wondering whether another presidential photo-op and some interim Petronet commercial progress could be stretched into an event meaningful enough to support a TELL capital raise and runway extension. It was a thin premise to begin with, and the list of plausible alternatives was already getting shorter. We believe what followed – first silence, then Petronet seemingly downsizing to a 1.0mtpa competitive tender, then an extension of the original Petronet MOU which brought TELL’s next maturity into play – was effectively the latest in a string of “the emperor has no clothes” moments for the remaining TELL bull thesis. It just happened to coincide with one of the steepest market corrections in recent history. See Pages 2-4 for more detail.
LNG Ltd. (Magnolia LNG) Magnolia LNG Developer Likely Going Private In $75MM Takeover Deal: We’ve suspended our coverage and estimates for LNG Ltd. On 2/28, Liquefied Natural Gas
Limited (ASX: LNG, US ADR: LNGLY) halted trading as it entered into a bid implementation agreement (BIA – Figure 2) with LNG9 PTE Ltd. Under Australian law, the bidder (LNG9) needs to get to 90% to force full consolidation, with options to get there if it doesn’t initially hit that hurdle. LNG9 will make an off-market takeover bid to acquire all issued ordinary shares of LNGL and take the company private (offer to shareholders to commence on April 2 and close on May 3). According to management the deal comes after a very thorough vetting of the market. Stonepeak also seems…See Pages 4-6 for more detail.
GLNG/GMLP Equity Thesis, SOTP Valuation: Pages 1-2, 6
Our Expected Golar Reorg Solution: Pages 2-4
GMLP: Risk around Eskimo/Jordan Contract? Pages 2, 7
DCF-Based LNG Carrier Asset Curve: Page 5
Asset Level Leverage, Est. Market Values: Page 7
Golar Power Updates: Pages 4, 8
Expectations For Golar Q4 Earnings: Heading into GLNG & GMLP’s Q4 earnings report on Tuesday (2/25), our primary focus is on (1) the timing, scope, and structure of a potential reorganization of Golar’s corporate structure – with our detailed expectations below. This includes a spin of its downstream business (Golar Power), the ultimate placement of its LNG carrier fleet, and what to do with GMLP (34% yield), (2) we expect GLNG metrics (adjusted EBITDA) to be roughly inline for Q4, and (3) the ramping risk profile of GMLP – particularly around its role in a reorg, its credibility as a currency, and (potentially) the quietly rising risk around the Eskimo FSRU contract (page 3).
*It’s worth noting that the GLNG/GMLP Q4 earnings call is endearingly scheduled to overlap with Cheniere’s (LNG, CQP), so street bandwidth may be a bit stretched, at least to the extent that if the reported numbers are a mess, the impact of clarifying (or pacifying) comments from a 10AM earnings call may be bit dampened. To be fair, we guess the reverse is also true. Should be fun.
Getting Constructive On GLNG. The pressure on Golar to reorganize its complex structure has only grown – punctuated by Luxor filing as an activist stakeholder in late January (8% holders). We think Golar likely moves to clean up its structure in the next 6 months, particularly as some of its earlier options (spinning off its LNG carrier fleet with 3rd party involvement) are likely off the table, and more controlled, in-house solutions seem more viable. We run through our expectations on pages 2-4, but here’s the punchline: We’d be long GLNG, and short GMLP in a reorg.
GMLP: Ramping Risk Around The Eskimo FSRU? The Eskimo is one of GMLP’s core assets (~$40MM of EBITDA), and is about to hit the 5-year mark on its 10-year contract with Jordan in May 2020. While it’s typically highlighted as a fixed 10-year contract, there’s actually an out in the Eskimo contract…(Page 2, 8)
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