Corporate Presentation redT energy plc (AIM:RED) 1
Executive Summary Energy storage to enable cheap baseload renewables Trusted energy storage expert with 20 years in the sector In-house proprietary, heavy-cycling flow machine technology Energy storage solutions (including finance) in key sectors; C&I, Grid, Large Solar Business model; product margin and 20 year asset management contracts 2
Sector Opportunity Macro trends in global energy and the role energy storage will play in our future energy system 3
A changing generation mix Low-cost renewables are replacing gas and coal power from the merit order Drives increasing volatility in the wholesale power market, opening up new opportunities for energy storage 4
Solar + Storage: Tipping Point Price of Energy Power Price Volatility Grid Service Revenues Peak Prices Rising USA, UK + others coming online Tending to $0/kWh Free abundance of energy Energy storage is enabling more renewables to come online Cheaper, cleaner energy, globally 5
Maximise Use of Cheap Solar Power 1. Utilise circa. x2 as much cheap solar 2. Average peak energy cost in UK ~12-14p Source: redT 6
Stationary Energy Storage Market GW Pumped Hydro 99% Bespoke Li-ion New market driven by economics Projects 1% Renewable + storage Freq. ( currently 0.1%) Power Resp Flow = pumped hydro in a box MW Small Grid Services (All) solar (<2 hours) Renewable Firming (4 hours – 24 hours) Back-up Network Reinforcement Energy Trading & Arbitrage Domestic kW Application Duration 1 hour 6 hours 12 hours 24+ hours 7
Company Overview redT energy – key differentiators, technology and position within the sector 8
Who we are and what we do Trusted experts 20 years in energy sector – detailed client models Our experts are based in: London, Edinburgh, Denver, Munich, Johannesburg, Melbourne and Bangkok. Solutions and finance Technology Low risk infrastructure – 20+ year assets IP proven, patents, know how and 3 rd party validated Energy storage machines and Lithium batteries Financed solution available >1.8 million machine operating hours Bankable with Product insurance Gen 3 functionality 9
Our experience and track record Recent Contract Wins Anglian Water: Collaboration agreement and initial 4 unit order for pathfinder site Awarded framework contract to supply the NHS and UK Public Sector German grid storage 700MWh of projects Australian largest commercial BTM system Lithium + Flow 1MWh 10
Our energy solutions and finance Pre-tax returns Business model redT advantage (unlevered) (1) C&I sector 1. Low risk infrastructure Infrastructure modelling UK/Aus returns (~50% energy expertise and proprietary 10%+ cost reduction) “Flow” technology 2. Grid service upside (2) Grid Storage Experience of hybrid systems Grid services and trading Germany/UK combining “Flow” with other using a flexible asset 12-20% technologies (3) Solar/Wind + Storage 1. Baseload power [LCOE: Proprietary USD90/MWh] 10%+ “Flow” technology 2. Grid service and trading upside 11
How redT Technology Works 12
redT – Flow Machine Technology Differentiation within the energy storage sector High cost of degradation – Single application use Pumped Hydro in a box - Doesn’t degrade High Levelised cost, requires regular replacement Lowest Levelised cost, financeable, infrastructure asset 25 year Short life Cheap Power Regular maintenance Cheap Energy No Degradation infrastructure Disposable & management Low Maintenance Safe Disposal 0–50% Fire risk 100% depth Low LCOS Fully reusable High LCOS No fire risk issues depth of discharge Must be managed of discharge 13
Our flow machine technology Pure Vanadium redox flow machines Gen 3 Technology with embedded functionality to enhance customer returns Simple Durable Low-Risk Flexible energy infrastructure 14
redT - Business Model Year 1 20+ Year Annuity Stream Product Operation Capex Warranty 1-2% capex p.a. Product model Value Service & Maintenance 1-2% capex p.a. based pricing Asset Management Services Energy finance model margin Energy Trading 10-30% revenues p.a. % Margin Up to 20% revenues p.a. Grid Services Revenues Finance SPV performance Carry Leasing Returns above debt Product model Electrolyte Rental Up to 10% rental p.a. 15
Development Map Commoditise Scale Development 2014-2017 2017-Present 1999 - 2014 Manufacturing commoditisation Functional, performing team Stack technology proven Gen 3 launch (Margin product) – System prototyping & testing embedded functionality, improved power output, efficiency and capacity Gen 1 market seeding, case studies Product IP Development & ambassadors Gen 3 orderbook & delivery Gen 2 launch – Commercially viable, Solutions and Finance Gen 1 design finalised economic business models Gen 2 commercial sales 16
Market Opportunity Core Customers: 1. Commercial BTM C&I 2. Grid Storage 3. Large Solar + Storage FTM 17
Sector 1: Distributed energy infrastructure Distributed energy storage infrastructure is now open for business This is real, economic, distributed infrastructure Av 50% Distribution cost Peak >10p+/kWh Purchased energy Centralised Type Levelised Cost (UK) Coal 13.7p – 17.1p / kWh 50% + Nuclear 8.5p – 12.3p / kWh Gas (Peaker) 18.2p – 19.8p / kWh Solar 5.5p – 7.6p / kWh ~50% reduction in energy costs Wind 4.6p – 7.4p / kWh Behind the meter distributed energy infrastructure Source: BEIS (commissioning in 2025) 18
Sector 1: Commercial BTM C&I redT PV + Energy Storage Infrastructure Sector facts : Energy costs core to business (water sector 50% Upside more revenues of site costs) Low risk infrastructure investment Perform all services, Pressure due to rising energy costs remain flexible Flow Machines: All Services Desire to reduce carbon impact – harness 2x PV Save more on energy bills Renegotiate supply contracts Access wholesale power prices Sector Opportunity Use more solar 5-10 year ~15% Firming solar : 24/7 solar power Project Payback IRR (Unlevered) Simple energy solution: PV + Storage + Energy supply Requires 4-8 hours of storage billing Market : 5,000+ sites & $500m capex in the UK Recent Contract Wins Anglian Water: Collaboration agreement & Initial 4 unit order for pathfinder site. (August 2018) Awarded framework contract to supply the NHS and UK Public Sector (September 2018) 19
Sector 1: Case study – Anglian Water Anglian Water: Installed to date 15% renewables (106GWh) 30% renewables by 2020 redT solution can accelerate decarbonisation by doubling renewables by site 7,000 sites in the UK redT and Anglian Water collaboration agreement to optimise solar & energy storage, ideally financeable structure across Anglian sites Initial site – 300 kWh redT machine and 700kWp solar redT machine: Increase site solar from 240kWp to 700kWp (~3x more PV) Reduces energy costs by up to 50% Unlevered pre-tax IRR 10+% 20
Sector 2: Grid Storage Market Value: $bn’s – initial markets UK, Australia & Germany Hybrid Lithium: 40MW, 40MWh Flow: 10MW, 50MWh ~5-7% ~10%+ IRR (Unlevered) IRR (Unlevered) Single revenue Diversified asset risk Source: redT Sector Opportunity Sector Facts Flexible Diversified Asset for trading advantage Grid assets subject to policy and market risk Asset can be worked hard for returns due to no degradation Current market: bespoke, inflexible assets Bankable infrastructure asset redT hybrid provides flexible diversified asset for 20+ years Recent Wins Exclusivity on 700MWh portfolio of German grid projects (July 2018) 21
Sector 2: Case Study - German Grid Storage Further Phase Initial project 2nd project identical to initial project + further project 8MWh (200 redT units) hybridised with 32MW Gas expansions turbines Total exclusive project portfolio ~700MWh Heavy cycling flow machines (>30% load factor) enable addition of low cycling gas generation to maximise project returns German SCR Market – Energy storage 2.0 4 hour service to balance grid – true balancing of grid redT first project 1% of current SCR market Current services by Coal – 5 minute ramp time Coal will phase out – renewables will create more SCR market Deep market 2GW+ Secondary Control Reserve 22
Sector 3: Solar/wind + storage Long duration Wind Solar energy storage Baseload Energy Future < $50/MWh Now < $90/MWh 23
New sector in UK: Energy storage + EVs Long duration EV charging energy storage infrastructure Cheaper connection costs for EV chargers Smaller connection size required when storage used Ability to implement ‘flexible’ DNO connections for the site Ability to create arbitrage opportunities More cost effective procurement of energy Additional revenues for charging station operators Cheaper “cost of charge” to end customer 24
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