Spring Olympic Energy Systems, Inc. P.O. Box 156 Huron, OH (360) Solar Age Participant

Similar documents
Solar Farms using the Tensioned Cable System (TCS) for mounting Solar PV Panels

The Gambia National Forum on

Illinois Renewable Energy Portfolio Net Metering Grid Interconnection Requirements Financing Options

Powering Your Home With The Sun. Introduction to Residential Solar Energy Systems [Your Name] ISEA Solar Ambassador

Interdepartmental Memorandum

Net Metering in Missouri

Agenda. Welcome & Introductions The Concept The Array The Program The Agreement The Plan Questions

Solarize Seattle: Northeast. January 28, 2012

All of Texas Has Excellent Solar Resources. United States Solar Installed (as of mid 2013): 10 GW Germany Solar Installed (end of 2013): 35.

Community Solar Projects: Glossary of Terms

ETSU Solar Array. Suggestions for a potential solar array on campus. Scott Finney

Renewable Energy System Tariffs and Pricing

Handout Homework page 1 of 6. JEE 4360 Energy Alternatives Handout (HO) Homework Problems

Net Meter and Production Meter installed by Xcel Energy

Montana Renewable Energy Association

Contents. Solar Select TM Frequently Asked Questions

Solar PV Projects PPA Model

The Essentials of Community Solar

USAID Distributed PV Building Blocks

PLANNING TO START OR EXPAND A BUSINESS?

Customers with solar PV units in NSW producing and consuming electricity

Streamed video and powerpoints available at.

SOLAR ELECTRIC INVESTMENT ANALYSIS

Solar Project Development in Regulated Markets. Smart and Sustainable Campuses Conference 2017

NATIONAL CONFERENCE of STATE LEGISLATURES. October 9 th, 2009 Ervan Hancock

Virtual Net Metering. Scott Benson 12/01/2016

Overview LEASE AGREEMENT (PPA) One time Cost No Up-front Cost Zero or low Up-front Cost. Own the Solar System. Solar System owned by Wilkins

CUSTOMER OWNED SOLAR IN WISCONSIN

Airports Going SOLAR! Michael Shonka

This presentation was given as part of a workshop on February 7, Presenters were:

Solar-Wind Specific Request for Proposals

Does Community Solar Have a Future in New England?

Southwest Renewable Energy Conference

Overview. Program Details

Solar Energy Opportunities for New Schools July 10, School Board Work Session

Wisconsin s Electric Cooperatives: Renewable Energy Policies, Programs & Practices. Craig Harmes, Manager, Business Development

Yukon s Independent Power Production Policy

a) The 2011 Net Metering and Buyback Tariff for Emission Free, Renewable Distributed Generation Serving Customer Load

Information Packet Kissimmee Utility Authority Customer-Owned Renewable Generation Interconnection And Net Metering Program

Considerations for Municipal Solar Projects. Ben Frevert Larsen Engineers November 16, 2016

A guide to rate information & requirements for the interconnection of a solar distributed generating system

Considerations for Interconnecting with Renewable Generators

Basic tariff guiding principles

Utility Operator Model

Utility Rate Design for Solar PV Customers

5 th NEAESF. Outline

Customers with solar PV units in NSW producing and consuming electricity

Household Renewable Energy

New Initiatives in Distributed Energy Resources: Evolutions in EV Infrastructure

Plug-In Hybrids: Smart Strategies for Reducing Pollution Why Location and Charging Time Matter Dial-in Number: Access Code:

North American Cleantech Industry Key Trends and Insights

Share with the GHSEA. Smart Energy Initiatives. Collaboration and a partner eco-system to achieve results

SOLAR DISTRIBUTED GENERATION PROGRAM UPDATE

Smart Rate Design for a Smart Future

Belmont Drives Electric. Ride N Drive Event Saturday, March 11, 2017

Electric Vehicles and EV Infrastructure Municipal Electric Power Association

Solar in Utah: Policies, Markets, and Technology Billy Smallen, Utah Clean Energy

Pure Solar Technologies

Energy Savings through Solar Energy for Municipalities

Bill Johnson President Solar, Simply Brilliant.

Electricity Trends in Pennsylvania

Sell Solar TODAY with Solar in a Box

The U.S. Solar Energy Industry: Powering America

Transportation Electrification Public Input Workshop. August 3, 2016

Grasshopper Vision. Accelerate the adoption of sustainable practices by creating accessible and affordable products for everyone.

Residential Solar Electricity in Canada

Thomas Edison, U.S. inventor, in 1931 conversation with Henry Ford and Harvey Firestone

Community Shared Solar Opportunities in Massachusetts Emma Krause Rooftop Solar Challenge Coordinator MA DOER

Passenger Rail Solar Electrification: A Primer. Oregon Department of Transportation Rail Division. June 2009

Minnesota Brownfields Forum

Michigan Public Service Commission Grid Tied Solar Photovoltaic

Iowa Statewide Solar Readiness Initiative

Electric Vehicles as a Grid Resource Lessons Learned for Driving Value from EV Charging Programs

Origin Solar Presentation

Solar Energy to Achieve Washington s Goals for. the Built Environment. Robin Rogers, Solaripedia Jeff Collum, Sound Power JEFF COLLUM

Clean Energy Policy & Procurement- Regional v. Go-It-Alone Approach

Planning Distributed Generation for Transmission Savings 1 By Kenneth Sahm White and Stephanie Wang 2 March 19, 2014

RHODE ISLAND RENEWABLE ENERGY & ENERGY EFFICIENCY PROGRAMS REF. ebook

Wind Powered Electric Energy Generation Small Generator Economics

Delaware Electric Cooperative. Solar: What You Need to Know

Feed-In Tariffs Presentation to the Nevada Production and Use of Energy Committee

Solar in Utah: Policies, Markets, and Technology Billy Smallen, Utah Clean Energy

This presentation was given as part of a workshop on November 14, Presenters were:

The Value of Solar: A Guide for Real Estate Professionals

Shedding Light on S lar Overview of Solar Finance

The Electric Cooperative Model: The PEC Story and the Future of the Utility Industry

Keys to delivering solar power at competitive prices

Net Metering & Compensation Seminar

Market Drivers for Battery Storage

Next Generation Solar Incentive Program

Stationary Energy Storage Solutions 3. Stationary Energy Storage Solutions

Greening our Community Speaker Series Craig E. Forman June 19, Craig E. Forman

Solar Seminar. July 21st, Barry Cinnamon

California Low Emission Truck Policies and Plans

Solar Opportunities in Mississippi. Presented by: Aaron Hill & Elizabeth Ingram on behalf of Entergy Mississippi, Inc.

Frequently Asked Questions Trico Proposed Net Metering Tariff Modifications

Power that doesn t cost the earth.

Incentives, Grants, and Loans for Renewable and Energy Efficient Systems. Stacy Miller Solar Policy Specialist

Capture The Power of Photovoltaics. IEEE Power Engineering Society Meeting May 2005

V2G and V2H The smart future of vehicle-to-grid and vehicle-to-home. September 2016

Transcription:

Spring 2017 Olympic Energy Systems, Inc. P.O. Box 156 Huron, OH 44839 (360) 301-5133 OlympicEnergy@aol.com TO: Solar Age Participant Thank you for taking the time to review our introduction to solar energy. Our country s incipient electrification of its transportation system, with Electric and Plug In Hybrid Electric Vehicles and push for energy independence, and the world s expansion of electric power to suburban and rural areas as the US did in the 1930 s, make now a good time to have a conversation about energy. Since 2001 Olympic Energy Systems, Inc.(OES) has developed a wide array of Renewable Energy systems Solar Electric, Solar Thermal, and Hydropower. OES helps people and companies embark on the journey of Going Solar, and we have a grasp of project development in Washington State and Ohio. The Solar Age is here. Solar works anywhere. Solar incentives, policies, and programs vary by state. OES embraces basic principles of True Sustainability, Local Economy, and Independence to assure that individuals and communities reap the benefits of solar energy, both economically and environmentally. We are an energy educational support system and a hedge against rising energy costs and utility rates. Please have a look at the included handouts and our websites, www.olympicenergysystems.com and www.tensionedcablesystem.com. Understand that we are wrapping up an 8-year R&D effort in design, development, and production in Ohio of the Tensioned Cable Systems (TCS) for mounting solar panels. The TCS and CSP programs highlighted in the attached material were born out of decades experience in the aerospace and energy industries. TCS is simply an option to consider, as time will reveal its value. I am hereby offering an Initial Consultation to discuss opportunities and our mutual interests in a satisfying, sustainable prosperity coinciding with the Solar Age. Feel free to call or email anytime. Sincerely, Jonathan A. Clemens, President Attachment Introduction to Solar Energy Summary of Firsts by OES TCS Demonstration Program Consolidated Solar Program

Points to Ponder An Introduction to Solar Energy Our electricity is generated mostly from coal and natural gas, with nuclear and hydropower providing about 1/3 (meeting much of the 24/7 base load demand). The US DOE has a long standing goal of meeting 30% of electricity from solar by 2050, while we supply about 1 to 2% from solar now. Through the 30% Federal Tax Credit (available to taxpayers and/or investor-owners) and the low price of solar photovoltaic (PV) panels, solar electric system ownership is showing positive returns, while ensuring a firm hedge against rising energy costs. The mainstream emergence of Electric Vehicles (averaging 100 mpg equivalent, or ~33 KWh s), including All Electric and Plug-In Hybrids, presents a growing demand for electricity at the same time existing demand is driving the shift to renewable and cleaner sources of power. New demand for electricity will be met by ongoing wind and solar power, but mostly by natural gas plants, on account of simple economics it s cheaper. If Climate Change becomes a driving force for change in electricity production, nuclear power (possibly in the 4 th Generation designs that consume the waste produced in our current 1 st generation plants) may see growth. Solar is the only path open to all to participate in the ownership and production of solar electricity, saving money and slowing climate change through reducing greenhouse gas emissions. Ohio is embracing large Utility-Scale Solar (10 to 100 acre plants) much owned by out of state firms. This mirrors the old centralized power model of our 100+ year old electric industry. OES is embracing Small Scale Solar (1/10 to ¼ acre plants) owned locally, where benefits accrue. This reflects the new Distributed Generation (DG) model decentralized and democratic. o Provides the Best Economic Returns to local owners o Preserves the Viewscape small arrays do not steal the scene o Retains the Reusability of the Land mainly for farming Solar for the home, business, or farm is state of the art and there are solar contractors who can provide systems solar panels, mounts, grid-tie inverter, and KWh meters that achieve positive economic returns for the owner via Net Metering and current 30% Federal Tax Credit. Net Metering is established between the user/owner and the utility, providing retail credit for any Solar KWh s produced and not concurrently used. Net Metering is the key to solar success. The OES Consolidated Solar Program (CSP) will encourage oversizing the system to provide Solar KWh s for use by the emerging EV drivers, thus, providing a Revenue Stream (being paid the Avoided Cost by utilities and the Solar Production Incentive (SPI in the CSP) by OES). Typically, system owners (CSP Producers ) have Paybacks of 10 years or less thus, receiving free electricity for 10 to 15 years or more. Typically, systems are 8 to 25 KW installed at $3 to $2.50 per watt or less and return about $5 to $6 per watt or more in 20 years or less. Every non-wetland acre in Erie County Ohio would have to be covered by solar panels to generate 30% of Ohio s electricity. So, there are serious land implications from going solar!

Community Solar Conventional Model Our Solar Program Consolidated Solar Program (CSP) Members (utility customers, members of Co-Ops, etc.) own a solar electric system in proportion and receive a certain return Members (of rural electric Co-Ops in Ohio) own a proportion of the output of a solar electric system and receive a certain return A diverse group of Participants who separately own (or buy output from) solar electric systems, linking Producers with Electric Vehicle owners in an open fashion with no special contracts. Larger Scale Members own System (in proportion) RETURNS: Small Profit potential ENERGY SECURITY RETURNS from: Credits on the Members utility bills, reflecting the solar production (output) Compares to Net Metering Savings from future price hikes i.e., Energy Security Medium to Larger Scale Foreign-owned System Members own OUTPUT of the System (in proportion) RETURNS: ENERGY SECURITY RETURNS from: Credits on the Members utility bills, reflecting the solar production (output) Compares to Net Metering Savings from future price hikes i.e., Energy Security Smaller Scale Local Ownership Diverse Participants Multiple RETURNS: Significant PROFIT ENERGY SECURITY BONUS (Preserves Communities with respect to Viewscape and Land Usability) Producer (System Owner) RETURNS from: Net Metering re Retail Federal Tax Credit 30% USDA Rural Development Grant 25% Excess KWh s re Wholesale (avoided cost) Solar Production Incentive (SPI) Savings from future price hikes i.e., Energy Security Provider (EV Charging System Owner) RETURNS from: Sale of Solar KWh s at a Premium Price; draw business customers Card Holder ( Pre-purchaser / Saver ) RETURNS from: Discounted Prices and/or escalated Redemption Value Benefits the Community: IN THE FUTURE Benefits the Community: NOW (and in the future) PAYBACK: Up to Service Life (only if utility rates go UP) PAYBACK: About 16 Years (depends on rates going UP) PAYBACK: 10 years or less