HEWS is developing a next generation bladeless wind generator called HEWS for distributed home and business use. HEWS aims to make wind energy more accessible and cost competitive by achieving higher efficiencies than conventional wind turbines through its unique design that engages both potential and kinetic wind energy. HEWS has completed multiple prototype tests demonstrating its concepts and is seeking $275,000 in funding to build and test a 12kW Beta unit to further optimize the design for commercialization targeting residential, commercial, and industrial applications up to 150kW capacity.

1. HEWS
Placing wind energy in consumers’ hands
HEWS is the next generationbladeless,high-efficiency wind poweredgenerator for your home, businessand community
E : H E W S @ H E W S T E C H . C O M
M E D I A :
W W W . H E W S T E C H . C O M
W W W . C R O W D F U N D E R . C O M / H E W S - T E C H N O L O G I E S - I N C -
W W W . L I N K E D I N . C O M / C O M P A N Y / H E W S - T E C H N O L O G I E S
W W W . F A C E B O O K . C O M / H E W S T E C H

2. Business Overview
Sustainable Technology Advantage: Unique process and design, Patent pending
Verifiable: Expert evaluation, built and tested prototypes (Proof of Concept + three
performance trials completed)
Strong Team: Deep integration, technology and execution experience + global network
opportunity
Market Opportunity: underperforming 1GW distributed (on-site) wind energy market for
micro and small wind power plants (below 150KW), and medium plants (150-750KW)
Seeking $275,000 Bridge Funding to achieve intermediate scaling with HEWS Beta
(12KW), basis of design for 50-150KW capacity, $25K in-kind committed
2

3. Industry Problem/Opportunity
3
• Problem: Conventional distributed (on-site) wind energy doesn’t yet effectively compete with
utility electricity rates in terms of the Levelized Cost of Energy (LCOE):
• Opportunity: the right balance of sustainable cost, safety and efficiency can offer consumers a
real chance to access and utilize on-site wind energy.
a. Consumers can effectively off-set their electricity bill today and hedge against rising utility rates in the future.
b. Consumers can reduce reliance on utility electricity.
c. Opportunity Drivers:
 Consumer Awareness – people are more aware of the environment today than ever before.
 Consumer Interest – people are interested in reducing their energy cost.
 General Consensus – consumers, businesses and governments agree that green technologies offer
viable energy alternatives for the future i.e. wind, solar, hydro-power.
 Technology – strong demand for technologies/products that resolve deployment barriers commonly
associated with distributed wind project economics, such as higher capacity cost, lower
operating efficiency and less than perfect wind regimes that yield unsustainable cost of energy.
 New Financing mechanisms – equipment leasing can support deployment to consumers

4. Value Proposition
4
HEWS outperforms conventional wind systems in distributed wind environments.
1. High-Efficiency at a Sustainable Cost: HEWS engages both potential and kinetic energy of the wind through a
proprietary dual intake system and integrated components to deliver robust power performance at a
sustainably competitive cost of energy.
2. Targeted Product: Designed for optimal operating efficiency within on-site (distributed) micro, small and
medium scale plants (below 1MW capacity), HEWS effectively places wind energy in the hands of the
consumer.
3. Demonstrated performance: HEWS’ ergonomic design characteristics and demonstrated performance in
turbulent wind regimes makes HEWS ideally suited for deployment in urban and rural environments,
including rooftop installation, for Residential, Commercial, Industrial, Public Facility and Community projects.

5. Technology Highlights
5
 High-efficiency
 up to 75% mechanical efficiency attained in prototyping
 delivers 1.8x wind power boost and laminar airflow to the turbine to yield
stable power output in turbulent wind regimes
 yields more than 38% effective wind-to-electrical power efficiency.
 Mechanical and Electrical components at ground level
 easier to operator with lower O&M cost, comparable to micro/small scale
wind turbines
 Light construction and installation
 lighter, more readily components yields lower initial investment and
continued maintenance cost
Easier logistics, reduced siting limits, better accessibility to wind resource
 Sustainably scalable
 competitive economies of scale at smaller capacities
Utility Scale Capacity cost ($1,700 /KW) attainable at 150KW HEWS Capacity
30%+
Reduction
to LCOE

6. How it Works
PotentialAirEnergytoKineticWindEnergy
6
V1
-
ΔP
F
+
P
P

7. Prototyping Progression
7
4 Prototype Trial Completed according to baselined parameters:
Concept proven + negative operating pressure achieved + power density boost achieved + energy produced.

8. System Process Output Comparison
8
Ref: 1.225 Air Density VAWT Venturi HAWT HEWS
Intake 1 Wind Speed (m/s) 11 11 11 11
Wind Power Density 1 (W/m²) 815 815 815 815
Friction Losses N/A 7% N/A 7%
Wind (Airflow) Power After Losses (W/m²) 815 758 815 758
Airfoil Contribution N/A N/A N/A 10%
Net Wind Power Density (W/m²) 815 758 815 834
Intake 2 Wind Speed (m/s) N/A N/A N/A 7
Wind Power Density 2 (W/m²) N/A N/A N/A 210
Pull Force (ΔP) Power Boost (W/m²) N/A N/A N/A 425
Net Convertible Wind/Airlfow Power Density (W/m²) 815 758 815 1,469
Airflow Power Density Boost (comp. to conventional HAWT) 1x .93x 1x 1.8x
Energy Conversion Efficiency (%) 22% 33% 42% 38%
Effective System Energy Ouput (W/m ² ) 179 250 342 558
Energy Output Factor (comp. to conventional HAWT) .52x .73x 1x 1.6x
HEWS proprietary process yields a 1.8 x airflow power density boost to the turbine and, with
an integrated Francis-type turbine, adds 1.6x energy output over conventional HAWT

9. Competitive Analysis
9
Against the backdrop of average utility rates ranging between 12.1¢/kWh and 10.4¢/kwh with
conventional distributed wind segment offering LCOE of 28 ¢/kwh and 10 ¢/kw, respectively (before
subsidies).
HEWS’ competitive advantage is derived from:
1. HEWS is capable of delivering energy at 4- 6 ¢/kWh for sites with rated average annual wind
speeds between 5 m/s and 7 m/s (common wind regime for the segment).
2. HEWS ergonomic design and low noise factor conforms with rural and urban user based
environments and facades.
3. The system provides a rapidly deployable network of intrinsically safe, highly efficient wind
power generators requiring minimal maintenance.

10. Market
US
Distributed
Wind
60MW/a
CWAC
$6,230/KW
Avg.
LCOE
11 ¢/kWh
Market Niche: Distributed Wind
Market Segment: local loads and on-
site load (behind meter, remote net-
metered or off-grid)
Market Drivers: technology, Capacity
–Weighted Average Cost (CWAC) and
Levelized Cost of Energy (LCOE)
HEWS Target for <1MW Capacity:
CWAC $3,5000/kW
LCOE 4-6 ¢/kWh
10

11. Business Model
Revenue Stream
• Direct Sales: Capacity Cost starting at $1,700/kW
• Licensing Contracts: starting $50K/C + 1.5% Royalty
Cost Structure
• R&D/Product Development/Innovation Center
• Buyer/Seller Education; Marketing and Promotion
Key Partners
• National Labs
• Licensed Engineers
& Architects
• 3rd Party
Developers
• Wind Asset Management
companies
• Leasing Companiess
Customer
Segments
Distributed Wind
(<1MW):
• Mobile/Military (5-
25KW)
• Residential/Urban (5-
15KW)
• Commercial (15-150kW)
• Municipal (50-150KW)
• Industrial(100-750KW)
Key Activities
• Product
Development
• Direct Sales
• IP Licensing
Value
Proposition
• Sustainable
Technology
Advanatge
• LCOE competes
with utility rates
• Scalable with
smaller footprint
• Easy to operate
Key Resources
• IP
• Prototypes
• Strategic Loacal
and Global
Network
Channels
• Partner Program
• Media
• Trade shows
• Word of mouth
Customer
Relationships
• Educational
• Sales drive
• Maintenance
11

12. Rollout Plan – Build Phase to Market
Computational
Development
(completed)
A1 Prototype
Proof of Concept
ΔP 170Pa /
60RPM at
125V
(completed)
A1/2/3/4-
Modified
ΔP 210Pa /
240RPM at
250V
(completed)
Beta 12KW
Build, test, validate,
certify, optimize design
to market
9-12 months lead
To-Market
Target:
12-150KW
capacity:
Residential,
Commercial,
Industrial,
Community,
Municipal
24 months lead
Our next milestone is
Intermediate Scaling with Beta:
Build + Test + Validate + Certify
12

13. Forecast
13
Investment Y0 Y 1 Y 2 Y3 Y4 Y5
Concept Development $15,000
HEWS Prototype Alpha 1 $35,000
HEWS Prototype A2, A3, A4 $100,000
HEWS Beta $275,000
Commericalization $1,000,000
Other $75,000
Net Investment (pre-market) $1,500,000
Direct Sales Y 1 Y 2 Y3 Y4 Y5
Growth rate (%) 0.00% 1.85% 3.00% 3.00% 2.50%
Capacity Price ($/kW) $3,500 3,500 3,565 3,672 3,782 3,876
Capacity Sales as % of Total (Diect and Licensed) Sales 80% 70% 50% 40% 35%
Capacity Sales (kW) 50 250 500 750 1,000
Revenue From Direct Sales ('000$) $ 175 891 1,836 2,836 3,876
COGS as % of Revenue for Direct Sales 62% 65% 65% 65% 65% 60%
COGS ('000$) 114 579 1,193 1,844 2,326
Gross Profit ('000$) 61 312 643 993 1,551
R&D as % of Gross Profit) 7% 12% 12% 10% 7% 7%
R&D ('000$) 7 37 64 69 109
Marketing and Promotion as % of Gross Profit 7% 7.0% 7.0% 7.0% 7.0% 7.0%
Marketing and Promotion ('000$) 4 22 45 69 109
EBITDA from Direct Sales ('000$) 50 253 533 854 1,333
Licensing
Price per License ($) $50,000 50,000 50,000 50,000 100,000 100,000
Licenses Sales (units) 3 8 10 12 17
Cumulative License Contracts 3 11 21 33 50
License Contract Revenue. ('000$) 150 400 500 1,200 1,700
Royalty Commission as % of Licensed Sale 1.50% 1.50% 1.50% 1.50% 1.75% 1.75%
Licenced Royalty Capacity Sales as % from total Yearly Direct Sale 20.00% 30.00% 50.00% 60.00% 65.00%
Royalty Revenue ('000$) 1 19 463 1,622 4,409
Capacity Sales from Licensed Contracts (KW) 13 107 500 1,125 1,857
# of Units sold per Weighted-average size - Licensed Contracts 0 2 7 11 15
Marketing and Promotion as % of License Rev. ($) 3% 0 1 14 49 132
EBITDA from Licensed Constracts and Direct Sales ('000$) 151 419 963 2,822 6,109

14. The Team
◦ .
14
Investors & Advisors
Eric Darmstaedter – Management Consulting
Victor Timofeev – CIS Business Integration Consultant
Alexander Pichugin – Development Engineering Consultant
Strategic Partners & Vendors
Industrial Air Products (IAP)
Innotech Machining
•process theory, concept, product and business development
Alexander G. Kogan (Co-Founder, CTO and CEO)
•Financing, marketing, promotion and fundraising
Filipp Kogan (Co-Founder, CFO and Marketing Director)
•power island design, quality assurance, component sourcing and procurement
Genrikh Kleynerman (Co-Founder, Technical - Electrical Engineering)
25 + years
of deep Integration ,
technology and
execution experience

15. Rewards and Growth Strategy
Rewards
• Beta Investors: $275K Convertible Preferred Note
• Exit/Conversion at Series-A Priced Round or Maturity: 4% p.a./ 20% Discount Rate
• Series-A Priced Round: $1M Preferred Stock (Target close by Q2 2018)
• Rewards from Growth Strategy
Growth STRATEGY
• Strategic Partnerships: with large wind energy development companies through licensing, joint
development and promotion (GE Power, Vestas, Siemens)
• Government (military) contracts: mobile and off-grid application
• Licensing/Franchising: commercial and residential (Urbanization of Wind Energy)
• Global Product Positioning/Sales and Distribution: leverage 25 years experience, personal and
business network
15

16. Thank You!
Supplemental Slides follow…
APPENDIX SECTION
16

17. Appendix 1: HEWS 12KW Budget Allocation
HEWS12KW Budget
(March–Dec2017)
 HEWS12KWEngineering,Production,Delivery,Installation,Commissioning 70K
 3rd Party(Intertek)Evaluation,Testing,Validation 25K
 Travel/Other 20K
Marketing/Promotion 10K
LegalandFinancingSupport 10K
TotalHEWS12KWEvaluationCost: 135K
ComputationalFluidDynamics(CFD)
DesignEvaluationandTurbineOptimization 40– 60 K
 Certification(Intertek) 70-100K
 MarketingandPromotion 10-60K
 IP ReviewandInternationalPatentFiling 10-20K
 LegalandFinancingSupport 10-25K
Developmentand PromotionCost 140K– 265K
TotalBeta,Developmentand PromotionCost $ 275-400K
3rd PartyCo-op.,
 Intertek,Inc(internationallyaccreditedperformanceevaluationandcertificationbody)
17