W W W . E - P O W E R R E S O U R C E S . C O M

SUITE 247, 927 BOULEVARD DE MAISONNEUVE OUEST

MONTREAL, PQ H3A 0A5

CANADA

Presentation Date : 2 March 2019

F l a k e G r a p h i t e R e s o u r c e s f o r t h e E l e c t r i c P o w e r e d F u t u r e

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Corporate Structure • Private Quebec (Canada) Company

• 100% Ownership of Turgeon Graphite; a 14,250 Hectare Mineral Property

• Based in Montreal, Quebec, Canada

• Shares Mostly Held by European Family Offices and Private Investors

• Led by CEO Jamie Lavigne

• Has a B.Sc. (Geology) from Memorial University of Newfoundland and a M.Sc. (Geology) from the University of Ottawa

• Professional Geologist (P.Geo) licensed by the Northwest Territories and Nunavut Association of Professional Engineers and Geoscientists

E-Power Resources About CEO Jamie Lavigne

• Experienced Economic Geologist having held senior technical positions with major Canadian and Australian mining companies, technical and management roles with several junior exploration companies, and leadership roles in successful exploration, resource delineation, and mine development projects including: • Senior supervising geologist for a project with Australian

major Western Mining Corp. (1990s), resulted in the delineation of over 2M ounces of Gold at Meliadine West, Nunavut, currently being mined by Agnico Eagle Ltd.

• Senior Geologist with FNX Mining (2002) completed the resource model to support the re-commissioning of McCreedy West Mine, Sudbury Basin, now owned and operated by KPMG Mining

• VP Exploration for Goldbrook Ventures Ltd., junior exploration company, responsible for the design, implementation, and supervision of an exploration program (2005), resulted in the discovery of a zone of massive Cu-Ni-PGE mineralization, in turn lead to a $20M Joint Venture with international miner Anglo American

• Consulting geologist to Trelawney Mining and Exploration (2010-2012) completed the maiden and subsequent mineral resource estimates for the 10M ounce Cote Lake deposit.

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Exploration Development Stage

200 km North of Val d’Or, Quebec (Major Canadian Mining Center); near Detour Gold’s Detour Lake Mine – 16 Million Oz Gold Proven and Probable (24 km), BHP’s Selbaie Mine - 53 Mt @ 1% Cu, 2.0% Zn, 0.6 g/t Au and 41 g/t Ag (30 km) and Hecla Mining’s Casa Berardi Mine - 1.3m ounces of Gold Proven & Probable (12 km)

Location

14,250 Hectares (142 sq km); 100% Ownership with No Net Smelter Return Property

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• Compilation of Historical Exploration Data for Turgeon Graphite Property - Ongoing • Due Diligence Drill Programme to Confirm and Further Define Presence of Graphite (600m) – April • Complete 43-101 Technical Report – April/May

• Research and Secure Additional Properties with Flake Graphite Presence or Potential – Ongoing

• Raise $1m - $1.5m, pre-IPO – Q2 • Define Additional Drill Targets for Turgeon Graphite Property – Ongoing

Going Forward

Electro Magnetic Conductors and Follow-up on Historical Graphite Intercepts Target Type

Large Flake Graphite, with Gold, Silver, Nickel, Copper and Zinc Possibilities Target

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Seize a Link in the Battery Supply Chain X Conduct Research to Find Battery Material Resources in the Ground X Secure Battery Ground Resources X Of All Battery Ingredients, the One Most Historically Overlooked Is Probably Flake

Graphite; a Start Point X Delineate and Develop Battery Material Resources (Flake Graphite) in the

Ground, by Quantifying Depth, Grade, Tonnage, and Flake Size X Enhance and Reduce Risk to Projects to Make Them Attractive to Manufacturers

and Miners Requiring Flake Graphite X Monetise Projects Through M&A, Joint Ventures, Option Agreements, and Trade

Sales X Repeat

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142 km 2

Ranked as 2017’s 6th Best Mining Jurisdiction Globally by the Fraser Institute’s Mining Survey

X Mineral Rich With Many Producing Mines

X Bilingual English and French

X Minerals Exploration Refundable Credit of 38.75%

X Flow-through Financings Possible for Canadian Investors

X Plan Nord – Extending Infrastructure to Quebec’s North

X Skilled Mining and Exploration Labour Force

Map Shows Montreal and the Property’s Location, to the NNW of Montreal, Along the Ontario Border

Montreal

Turgeon Graphite Property

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The Turgeon Graphite Property 100% Owned, No NSR

• Accessible Year Round

• Near Quebec Highways 1019 and 810

• 12km North of Hecla’s Casa Berardi

Mine

• 25km WSW of BHP Billiton’s Selbaie

Mine;

• Selbaie Mine produced

• 24km SE of Detour Gold Mine

• Turgeon Graphite borders Detour

Gold’s Property

• 16m ounces of Au Proven & Probable

• Approximately 14,250 Hectares (142 sq km) • Much of the Property Was Formerly Held by iMetal Resources (Yellow on Map) • iMetal allowed 190 Claims to Expire, Keeping Only 54 Claims, in the Extreme East of the Yellow

Property Shown on the Map • After the iMetal Claims Expired, E-Power Resources Staked the Interesting Claims, as Well as

Others Nearby, for a Total of 254 Mineral Claims

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Graphite Historically Overlooked

E-Power Resources Has Identified Many Historic Drill Holes Reporting Graphite Intercepts Graphite is a Strong Conductor of Electricity and Historical Surveys Have Mapped a Number of Subterranean Conductors on the Property Conductivity Anomalies: • have been mapped by previous

explorers • contain both sulphides and graphite

Because the area is so prolific for gold, silver, copper, nickel and zinc, graphite was overlooked and ignored when it was intercepted by drill holes targeting other minerals.

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Company Date Drill Hole Drill Results Referencing Graphite Data

Hudson Bay Exploration and Development

1976 F-7B 126-231ft Dacite Tuff with Bands of Graphite Including 223.5-226ft 35% Graphite; 253.5-259ft Dacite Tuff with Bands of Graphite, including 253.5-255.5ft 55% Graphite; Hole ended at 259ft.

Noranda 1965 Hole TE-2 Hole TE-3

19-39ft Rhyolite, becoming increasingly graphitic with depth; 25-39ft slightly to highly graphitic; 47-54ft Rhyolite, more Graphitic than 19-39ft. 48-65ft Graphite with 20% Sulphides; Hole ended at 65ft

Abitibi-Price 1984 Hole 84-8 53.09-53.7m Black Graphitic Shale; 57.91-64.52m Black Graphitic Shale; 71.32m-77.66m Black Graphitic Sulphide Rich Shale; includes 3m of 0.16g/t Au

Teck Explorations 1985 Hole 85-22 95.1 – 97.9m Graphitic Argillite; 97.9 – 104.4m Mafic Volcanics with Graphitic Argillite Beds

Noranda 1971 Hole 33297 151.5-154.5m 25% Graphite; 154.5-164m 5% Graphite; 184-192.5m 5% Graphite; 206,8-214m 2% Graphite;235-238m 10% Graphite

Normetal Mining 1966 Hole 65-1 280-285ft Graphite; 292-312ft Graphite and Disseminated Pyrite

Hudson Bay Exploration and Development

1969

Hole F-Terranova

.274-280ft Graphite Schist with Pyrite

*Data reviewed by E-Power management. Source documents were obtained from Quebec Ministry of Energy and Natural Resources

Previous drill results show Graphite, but were overlooked. Just a Few Examples:

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X Recruit Additional Board Members

X Raise $1m - $1.5m, pre-IPO –Q2

X Prepare for Initial Public Offering on the Canadian Securities Exchange; $1.5m – September/October

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X Compilation of Data from Historical Exploration Work- Ongoing

X Due Diligence Drill Programme to Confirm and Further Define Presence of Graphite (600m) – April

X Complete 43-101 Technical Report – April/May

X Research and Secure Additional Properties with Flake Graphite Presence or Potential – Ongoing

Corporate

Technical

Graphite Market

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X In 2018, Tesla sold over 200,000 Electric Vehicles

X In 2014, Tesla announced that it would be sourcing their materials from North American Sources.

X In 2018, Nissan sold over 300,000 Electric Vehicles

X One Nissan Leaf Lithium-Ion Battery contains over 40kg of Graphite

X One 60kWh Tesla Battery Contains Up To 44kg of Graphite

X By 2025, Sales for Electric Vehicles Should Increase to 11 Million units.

X By 2030, Sales for Electric Vehicles Should Skyrocket to 30 Million units.

X Dagens Industri Reported that the Use of Graphite will increase from 13,000 tons in 2015 to 852,000 tons in 2030 Within the Battery Industry.

29%

22% 19%

12%

11% 7%

GRAPHITE MARKET IN 2016 Refractories Foundries & CruciblesBatteries SpecialistLubricants Other

Sources: https://www.evwind.es/2012/09/05/the-li-ion-battery-in-the-electric-car-nissan-leaf-contains-nearly-40-kg-of-graphite/22953 https://about.bnef.com/electric-vehicle-outlook/ https://arstechnica.com/cars/2018/07/tesla-sold-200000-cars-in-the-us-so-the-7500-tax-credit-is-going-away/ Dagens Industri, Saturday January 26th 2019 edition. Pg. 13

X As Tesla Increases the Demand for North American Sources, It Is Evident There Are Not Enough Suppliers to Meet Those Demands

X The Biggest North American Supplier of Graphite is Canada, Making Up Only 3% of the Global Supply

X The Only Sources of Graphite in North America Are in Canada

X Canada Needs to Create Production To Supply Tesla and Other Electric Vehicle Companies With Graphite.

Sources : http://www.tanzoz.com/graphite-market

https://www.prnewswire.com/news-releases/the-vital-electric-car-battery-component-no-one-is-talking-about-675267653.html

https://insideevs.com/tesla-use-north-american-resources-planned-gigafactory/

https://imformed.com/graphites-future-what-lies-ahead/

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China 69%

India 11%

Brazil 6%

North Korea

4%

Canada 3%

Russia 2% Mexico

1%

Other 4%

2016 NATURAL FLAKE GRAPHITE SUPPLY

Source: Avicenne Energy 2015.

“Our cells should be called Nickel-Graphite, because primarily the cathode is nickel and the anode side is graphite with silicon oxide... There is a little bit of lithium in there, but it is

like the salt on the salad,” Elon Musk.

• LG Chem (Nanjing, China) – 7GWh: - 500,000 batteries for EVs, - Expanding to 700,000 by 2020

• Tesla (Nevada, USA) – 35GWh: - Batteries for 500,000 cars by 2020 - Will be the largest building & workplace in

the USA • Foxconn (Anhui, China) – 15GWh • BYD (China) – 20GWh • Boston Power (China) – 10GWh (Above would represent 287,000 tons of graphite in anodes

by 2020.)

In 2014, 65 % of The Anode Material in a Litium Ion Battery Was Natural Flake

Graphite

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• While the average cost of an anode is 30% of a battery, graphite is 50% of the anode cost equating to 15% of the cost of a cell

• There is as much as 40 times the amount of graphite in a lithium-ion battery as lithium.

Megafactories That Rely On Graphite as a Key Resource