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1 Welcome! We are here to: Provide an overview and update of the proposed wind energy project Introduce the Project team Review the wind project development process Answer your questions

2 NextEra Energy Resources Overview A Leader in Clean Energy This project is being developed, constructed and owned by Northpoint I Wind, LP, an affiliate of NextEra Canada Development & Acquisitions, Inc., and a subsidiary of NextEra Energy Canada, LP. NextEra Energy Canada, LP is an indirect, wholly-owned subsidiary of NextEra Energy Resources, LLC. NextEra Energy Canada has two solar projects and eleven wind projects operating in Canada, with one wind project currently under construction. Did you know that NextEra Energy Resources... Made its first wind energy investment in Generates approximately 95 percent of its electricity from clean or renewable sources. Can provide electricity for more than 2.5 million homes with its wind fleet alone. Operates more than 9,900 wind turbines. Owns and operates more than 100 wind energy projects in 4 Canadian provinces and 19 U.S. states.

3 Wind Energy Overview Why is this Location Considered a Great Choice for Wind Energy? Wind developers favor this specific location for three main reasons: 1. Strong and consistent wind levels 2. Availability and proximity to electricity transmission lines 3. Participating landowners to host infrastructure

4 Benefits of Wind Power Environmental compatibility: Creates no air or water pollution Minimal greenhouse gas emissions Efficient and reliable Allows land to remain in agricultural or existing use Does not use water in power generation Low environmental impact Renewable energy source Local economic benefits: Provides new employment opportunities Adds tax base to the local municipalities Supports the economy through purchases of regional goods and services Provides local full-time jobs and hundreds of construction jobs Delivers millions of dollars in landowner lease payments Delivers millions of dollars in property tax revenue Energy independence: Decentralizes power production No fuel cost Stable cost of power Electricity produced domestically

5 Wind Energy Centre Overview Turbine Siting Process Step 1 Step 2 Step 1: Work with local landowners to option land Step 2: Identify natural constraints Step 3 Step 4 Step 3: Identify aquatic constraints Step 4: Identify local infrastructure constraints Step 5 Step 56 Step 5: Identify socio-economic constraints Step 6: Site turbine within remaining land available

6 Northpoint I Wind Energy Centre Overview: The Northpoint I Wind Energy Centre project is located in the Township of North Frontenac, in Ontario, Canada. The proposed wind energy facility is estimated to generate up to 100-megawatts of clean, renewable energy electricity capable of generating enough power for more than 25,000 average homes. The proposed project will consist of 35 to 50 wind turbines. As development advances, more information on the turbines will be made available via the Project website Commercial operation is anticipated to begin in Facility components will include: Meteorological towers to measure wind speeds Transformer substation and ancillary equipment Overhead and/or underground electrical collection lines to connect the turbines to the transformer substation and other ancillary equipment such as above-ground junction boxes Above-ground transmission line to run from the project s transformer substation to Hydro One s transmission system Turbine access roads Operations & Maintenance Centre

7 Economic Impact Economic Impact of the Northpoint I Wind Project on the Township of North Frontenac Renewable energy projects, like the Northpoint I Wind Energy Centre provide important benefits to communities as well as to all Ontario residents. Not only will these projects generate clean energy while contributing to overall improvement of the environment, but once approved, they will also provide opportunities for local businesses to supply materials, equipment and housing and present job opportunities for local residents and contractors. Project Cost: Approximately $250 - $350 million to construct Property Taxes: Approximately $145,000 annually Community Vibrancy Fund Agreement: Approximately $175,000 annually NextEra Energy Canada commissioned a professor from the Ivey Business School at Western University to conduct an economic impact study on the direct local economic benefits that stem from several wind energy projects located in Haldimand County. The full report can be found on the project web page: /projects/summerhaven.shtml Summary of Findings: Direct local expenditures by wind power companies in Haldimand County area are expected to total approximately $303 million in the first 20 years of operation: $36 million (12%) contributions to local Aboriginal groups $52 million (17%) Community Vibrancy Fund contributions and property tax payments to Haldimand County $72 million (23%) local worker salaries $142 million (47%) lease payments to local landowners Annual local expenditures and payments during the operational period of the wind energy projects average $15 million, equivalent to $880 per household or $250 per resident. Annual Community Vibrancy Fund and property tax payments to Haldimand County are equivalent to 11% of the 2013 County capital expenditure budget.

8 Wind Energy Centre Overview LRP Project Consultation 2015 Initial communications with Agencies/Stakeholders Community and Municipal Engagement Meetings Project website available LRP Open House Events Community Engagement Plan available File Proposal Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec The IESO will evaluate the proposals from September through December They will notify the successful proponents by January Should this project be awarded a contract, and prior to the commencement of construction, this Project will be subject to approval from the Ministry of the Environment and Climate Change (MOECC), and other regulatory bodies. This approval will come through the Renewable Energy Approval process. Subject to all regulatory approvals, the Project is expected to be in-service in 2019.

9 Renewable Energy Project Development To build a renewable energy project in Ontario, a proponent needs: 1) A Contract to sell power and; 2) A Renewable Energy Approval from the Ministry of Energy and Climate Change (MOECC) Contract to Sell Power: The LRP I RFP is open only to Qualified Applicants who qualified through the Request for Qualifications phase of the procurement (the LRP I RFQ). Large Renewable Projects proposed through the LRP process must demonstrate site and resource due diligence as well as engagement with the communities in which they are proposing to locate. Preference will also be given to projects that demonstrate additional community support and participation from Aboriginal Communities. Evaluation and notification of selected proponents will happen by January The LRP is an important component of Ontario s ongoing commitment to building a cleaner and more sustainable energy system, and represents a key step in the province s 2025 target for renewable energy to comprise about half of Ontario's installed capacity. Targets for this first procurement include up to 300 MW of wind, 140 MW of solar, 50 MW of bioenergy and 75 MW of waterpower. - Independent Electricity System Operator (IESO) To learn about Ontario s Large Renewable Energy Procurement Process, visit their website:

10 Renewable Energy Project Development To build a renewable energy project in Ontario, a proponent needs: 1) A Contract to sell power and; 2) A Renewable Energy Approval from the Ministry of Energy and Climate Change (MOECC) Renewable Energy Approval Permit: If selected, the project proponent will have to obtain provincial regulatory approvals starting with the Renewable Energy Approval from the Ministry of Energy and Climate Change (MOECC). These approvals study various aspects of development, construction and operations of a project, including, but not limited to: Archaeology and Cultural Heritage Assessment to identify potential effects on archaeological or cultural heritage resources Construction Plan, Design and Operation, Decommissioning Reports to describe these activities and identify any potential effects resulting from the various project phases Consultation Report to demonstrate how engagement with the public, municipalities and Aboriginal communities throughout the development of the project woodlands, wetlands, areas of natural and scientific interest, etc. Noise Study Report to ensure the project is in compliance with noise regulations Project Description Report to provide an overview of the project and a summary of all the required REA reports Water Body and Water Assessment Report to identify potential effects on streams, seepage areas and lakes Wind Turbine Specifications to describe the turbine technology selected for the project Natural Heritage Assessment Report to identify potential effects on birds, bats, other wildlife, Additional Approvals and/or Permits as Required: Ministry of Natural Resources Ministry of Transportation Ministry of Agriculture and Food Conservation Authorities Municipalities (i.e., building permits) Electricity System Operators/ Energy Agencies Federal Government/ Agencies

11 Wind Energy Centre Overview Construction Plan Turbine siting and surveys: Site preparation will include final turbine siting and surveys During these surveys, boundaries of turbine sites will be staked and existing buried infrastructure will be located and marked Access roads: Public roads will be used to transport equipment to the construction sites Improvements may be required to some of the existing roads, e.g., widening the turning radius to transport equipment Gravel roads will need to be constructed for the turbines Equipment will be delivered by truck and trailer as needed throughout the construction phase and stored at temporary lay-down yard and sites surrounding each turbine We plan to work with the township(s) to limit use of roads, where possible, that are primarily for residential use

12 Wind Energy Centre Overview Construction Plan Electrical work: This system consists of a mixture of overhead or underground cables, padmounted transformers and a transformer substation Plowing and trenching will be used to install the underground cables; wood poles will be used for overhead collection; wood or steel structures will be used for above ground transmission lines Underground cabling will be buried at a depth that will not interfere with normal land use practices and maps of cable locations will be provided to landowners Wind turbines: Foundations will be made of poured concrete and reinforced with steel rebar to provide strength Each foundation is approximately 9 feet deep with an 18-foot radius Only the tower base portion of the foundation will be left above ground The turbine will then be anchored to the foundation by large bolts set in the concrete foundation Turbine assembly and installation will typically require four to five days per turbine Following commissioning, the area surrounding the turbine will be reclaimed to allow for pre-construction uses of the land to occur

13 Wind Energy Centre Overview Operations and Maintenance We continually assess turbine performance and component conditions. We believe in a prevention versus event-response approach. All of NextEra Energy Canada s wind energy centres have: Experienced operations and maintenance managers Ongoing training and mentoring programs to maintain safe and efficient operation Local staff supported by centralized maintenance and environmental staff Support from a 24/7 Fleet Performance and Diagnostic Centre A local operations team available to answer questions and address local concerns

14 Frequently Asked Questions Your Concerns...Our Response QQ. A. How loud are wind turbines? With the evolution of modern wind turbine technology, the mechanical noise from the turbine is almost undetectable. Turbines only run when the wind is blowing, and the sound of the wind masks most of the noise. QQ. A. What impact do wind turbines have on human health? Northpoint I Wind, LP takes concerns about human health very seriously. Although much has been written about health impacts associated with wind turbines, we have found no credible, scientifically peer-reviewed study that demonstrates a link between wind turbines and negative health impacts. QQ. A. Do wind energy projects cause stray voltage? Stray voltage -- a low-level current or shock that is typically under 10 volts and can be caused by improper grounding -- is not a consequence specifically related to wind energy generation. Stray voltage may be present in any electrical distribution system regardless of source. Industry best practices will be adopted at all times to minimize the risk of stray voltage and ensure the wind energy centre is built and maintained within acceptable levels, as prescribed by the Canadian safety code. QQ. A. Do wind turbines cause shadow flicker? When the sun is in a particular position behind a wind turbine, and there is no cloud cover, rotating wind turbine blades may cast temporary shadows in the windows of neighboring properties creating what is known as a flickering effect. Essentially, shadow flicker is an aesthetic rather than a safety issue, but Northpoint I Wind, LP recognizes that it could be disruptive and is available to address any concerns.

15 Frequently Asked Questions Your Concerns...Our Response QQ. A. What affect could a wind farm have on my property value? Based on available research, we are not aware of any credible evidence that indicates a decline in property values due to a wind farm. Independent studies conducted by leading universities and other entities have actually concluded that wind turbines do not detract from property values. QQ. A. Do wind turbines pose a danger to area wildlife, eq.gq., birds or bats? When properly sited, wind turbines present less of a danger to wildlife than other structures, such as buildings and cars. Turbines will be sited as carefully as possible to minimize affects on wildlife. Northpoint I Wind, LP has been and will continue to work closely with the appropriate experts to assess potential affects on wildlife, including birds and bats. QQ. A. What can the community expect to see when construction begins? Once approved for construction, wind energy projects can be built quickly in comparison to other types of power-generating facilities. Generally, the construction period is approximately six to nine months. Residents can expect to see heavy equipment including bulldozers, graders, trenching machines, cranes and concrete trucks.