Lake Mary, FL., January 10, 2012 – Advanced Solar Photonics, LLC (ASP), a leading manufacturer of crystalline photovoltaic solar modules and racking systems for utility, commercial, and residential applications, today announced that Allen Sosis has joined the company as Director of Sales for the Northeastern United States.

In this role, Sosis is responsible for regional sales growth strategy for the company’s PV equipment manufacturing, commercial project development and solar power plants. Sosis will be based in the company’s new regional office located in Central New Jersey.

Sosis has over 7 years of experience in leadership roles in the solar industry. He began his solar career as Director of Business Development at Solar Tech, closing over $7 million in sales. Sosis then joined Centro Solar, a European manufacturer and distributor of solar panels and systems, as the North East Sales Manager closing over 4 MW of commercial and residential orders.

In Allen’s most current position as Senior Vice President of Sales and Marketing at Clear Skies Solar, he developed commercial and residential sales models generating over $27 million dollars in volume over a nine month period. Additionally, Sosis represented Clear Skies Solar as a liaison to municipalities, shareholders and utilities for solar installations.

Allen has a B.S. degree in Economics from Brooklyn College as well as an A.S. degree in Business Administration from Kingsborough Community College.

Advanced Solar Photonics, LLC (ASP), a wholly owned subsidiary of BlueChip Energy, is a manufacturing and research and development center for crystalline silicon solar photovoltaic (PV) panels for utility, commercial and residential applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies, ASP focuses on high-efficiency, state-of-the-art solar PV modules ranging from 200 Watts to 400 Watts. ASP is the third largest producer of crystalline silicon PV panels in the United States and is one of the few producers in the US of Buy American Act compliant products suitable for government, military and municipal projects and meeting the requirements of Section 1605 of the American Recovery and Reinvestment Act of 2009.

LAKE MARY, FL., January 3, 2012 ‐ Advanced Solar Photonics (ASP), a leading manufacturer of crystalline PV solar panels, solar generators and racking systems for residential, commercial and utility applications today announced it will supply Charlottesville City Schools in Virginia with PV equipment for a 108kW solar power plant to be located at Charlottesville High School.

The solar energy project, scheduled to begin in early 2012 will be supplied with the ASP Fusion™ Solar Kit which includes American made crystalline PV modules, SunRail™ racking systems, grid‐tied PV inverters and balance of system components from the ASP manufacturing facility in Lake Mary, Florida.

ASP Fusion solar kits are complete photovoltaic (PV) power equipment kits ranging in sizes from 5kW to 266kW. They are ideally suited for commercial and public sector applications. Each Fusion kit is pre‐engineered to optimize system performance and meet applicable NEC codes and requirements.

Charlottesville City Schools received the top award for its category in the 2011 Green Schools Challenge, an initiative of the Virginia Municipal League in partnership with the Virginia School Boards Association that encourages implementation of environmental policies and practices that reduce carbon emissions generated by the local school division and the broader community.

Charlottesville High School is part of a city‐wide green initiative that has adopted energy efficiency as part of ongoing instruction at all grade levels and a way of life outside of the school day. The school’s renewable energy efforts not only save money but serve as learning labs for students and teachers.

Advanced Solar Photonics, LLC (ASP), a wholly owned subsidiary of BlueChip Energy, is a manufacturing and research and development center for crystalline silicon solar photovoltaic (PV) panels for utility, commercial and residential applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies, ASP focuses on high‐efficiency, state‐of‐the‐art solar
PV modules ranging from 200 Watts to 400 Watts.

ASP is the third largest producer of crystalline silicon PV panels in the United States and is one of the few producers in the US of Buy American Act compliant products suitable for government, military and municipal projects and meeting the requirements of Section 1605 of the American Recovery and Reinvestment Act of 2009.

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ORLANDO, FL., November 7, 2011, Advanced Solar Photonics, LLC (ASP), a leading manufacturer of crystalline photovoltaic solar modules and racking systems for utility, commercial, and residential applications, today announced the development of a revolutionary new PV ground mount system.

The ASP ground mount system features the use of helical anchors to make the installation of large PV solar projects more simple and efficient. These anchors are stronger than concrete with features including precise robotic welding and corrugated, cold-formed helix plates. Installation is very fast and can be performed using relatively small equipment in hard-to-access site conditions, and is removable just as easily should the need arise.

Designed for large commercial and utility-scale projects, ASPs mounting system is pre-assembled at the factory prior to the installation of the foundations, which provides for shorter project turn-around time and reduced field-labor project costs.
The ASP PV ground mount system is scalable and can be assembled in multiple configurations for ease of design, using custom components compatible with most types of PV modules.  ASPs ground mount system offers freedom and flexibility to commercial projects, coupled with the reliability of products designed to speed up installation and reduce costs. All components of this system are manufactured at ASPs manufacturing facility in Lake Mary, Florida.

About Advanced Solar Photonics
Advanced Solar Photonics, LLC (ASP) is a manufacturing and research and development center for crystalline silicon solar photovoltaic (PV) panels for utility, commercial and residential applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies, ASP focuses on high-efficiency, state-of-the-art solar PV modules ranging from 200 Watts to 400 Watts.

ASP is the third largest producer of crystalline silicon PV panels in the United States and is one of the few producers in the US of Buy American Act compliant products suitable for government, military and municipal projects and meeting the requirements of Section 1605 of the American Recovery and Reinvestment Act of 2009.

Lake Mary, FL., September 15, 2011 – Advanced Solar Photonics, LLC (ASP), a leading manufacturer of crystalline photovoltaic solar modules and racking systems for utility, commercial, and residential applications, today announced that it will be exhibiting its Smart Module™ at Solar Power International on October 17-21, 2011 at the Dallas Convention Center in Dallas, Texas.

The Smart Module™ is the next generation of PV solar designed for the Smart Grid. Smart Module™ technology enhances the energy harvest of each module by delivering higher output and overcomes the limitations of existing solar power generating solutions with fire safety and energy loss. Smart Modules feature a smart junction box that enables each module to produce the maximum available energy.

The ASP 400 GSM Smart Module™ features:

• Engineering. Glass-to-Glass architecture provides dual-sided protection of wafer materials from extreme weather conditions. Thinner glass ensures thermal stability, resistance to impact, and elimination of microfractures.
• Design. Frameless construction provides compact packaging and facilitated transportation while requiring less labor, connections and materials. Barrier seal creates a buffer atmosphere to block moisture and control pressure.
• Finance. Long-term reliability, predictability and an increased ROI for utility-scale projects. The Smart Module™ from Advanced Solar Photonics is the bankable choice for utility companies, project developers, and investors.

Company executives and product experts will be available at the show to discuss the latest developments in smart module technology and its application to utility-scale projects. The company will be debuting its new “Texas-sized” 400 Watt frameless glass-to-glass Smart Module™.

Also on display will be the complete ASP line of high-efficiency modules including the popular BlackStar™ series’ 400 Watt monocrystalline PV solar module. ASP will be part of the BlueChip Energy exhibit in Hall D, Booth #5320 – a 600 square foot peninsula corner space.

Solar Power International (SPI) is North America’s largest, most comprehensive solar power trade show and conference. This annual, business-to-business event was the first of its kind in North America. Nearly 24,000 professionals from 125 countries attend.

Advanced Solar Photonics, LLC (ASP), a wholly owned subsidiary of BlueChip Energy, LLC, is a manufacturing and research and development center for crystalline silicon solar photovoltaic (PV) panels for utility, commercial and residential applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies, ASP focuses on high-efficiency, state-of-the-art solar PV modules ranging from 200 Watts to 400 Watts. ASP is the one of the largest producers of crystalline silicon PV panels in the United States and is one of the few producers in the U.S. of Buy American Act compliant products suitable for government, military and municipal projects and meeting the requirements of Section 1605 of the American Recovery and Reinvestment Act of 2009.

Lake Mary, FL., August 16, 2011 – Advanced Solar Photonics (ASP) a leading manufacturer of crystalline PV solar modules and racking systems for utility, commercial, and residential applications, today announced that it will be exhibiting at Solar Power International taking place from October 17-21, 2011 at the Dallas Convention Center in Dallas, Texas.

Company executives and product experts will be available at the show to discuss the latest developments in solar module smart technology and its application to utility-scale projects. The company will be introducing its new Texas-sized 400 Watt PV frameless glass-to-glass Smart Modules. In addition, ASP will display its 400 Watt monocrystalline PV solar module series introduced in early 2011.

ASP will be located within the BlueChip Energy exhibit in Hall D, Booth # 5320 – a 20 X 30 ft. peninsula corner space.

Solar Power International (SPI) is North America’s largest, most comprehensive solar power trade show and conference. This annual, business-to-business event was the first of its kind in North America. Nearly 24,000 professionals from 125+ countries attend. One out of five attendees comes from outside the United States, making SPI a truly global event. Over 1,200 companies from all vertical markets in the solar power spectrum will exhibit in a space of more than 1 million gross square feet.

Advanced Solar Photonics, LLC (ASP), a wholly owned subsidiary of BlueChip Energy, is a manufacturing and research and development center for crystalline silicon solar photovoltaic (PV) panels for utility, commercial and residential applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies, ASP focuses on high-efficiency, state-of-the-art solar PV modules ranging from 200 Watts to 400 Watts.

ASP is the third largest producer of crystalline silicon PV panels in the United States and is one of the few producers in the US of Buy American Act compliant products suitable for government, military and municipal projects and meeting the requirements of Section 1605 of the American Recovery and Reinvestment Act of 2009.

Lake Mary, FL., June 30, 2011 – Advanced Solar Photonics, LLC (ASP), a leading manufacturer of crystalline silicon solar modules and mounting systems for utility, commercial and residential applications, today announced that its BlackStar™ 400 Series modules are being installed at the 1.1 megawatt (MW) Eagle Springs Solar Farm in Colorado.

The project features the pairing of ASP’s BlackStar™ 400 Series modules with the Solar FlexRack system. The ASP BlackStar™ 400 Series modules selected for this project are 390 Watt monocrystalline photovoltaic (PV) modules are made in America and ideally suited for utility-scale projects.

Solar FlexRack’s premier racking solutions are custom engineered to withstand 40-pound snow loads and 100 mph winds. The partnership between the ASP modules and the FlexRack system affords the Eagle Springs project with an array that maximizes its footprint, providing the most power production per square foot currently available on the market today.

“During the planning stage of the Eagle Springs Solar Farm, seven designs were developed to compare various modules and racking systems before settling on a final design” said Aaron Garret, project manager for Eagle Springs. “PV truly is patriotic here at Eagle Springs, and we’re proud to announce our decision to choose all American-made solar products as we strive towards a sustainable lifestyle. The combination of the Solar FlexRack and ASP 390 Watt modules provides superior technology, performance and value compared to anything else on the market today.”

The Eagle Springs Solar Farm was designed to be a zero- to low-impact project; non-traditional techniques have been implemented in the field to keep the project fully sustainable. Above-ground conduits and wire management in addition to the prevention of the use of concrete promote environmentally-friendly practices. These considerations along with the combination of the powerful ASP modules and Solar FlexRack, which install in as little as three minutes with half the men of typical racking solutions, average a complete installation time of an astonishing 20 minutes. The Eagle Springs Solar Farm, when complete, will generate enough solar electricity to off-set the electricity consumption of Eagle Springs Organic Farm.

Solar FlexRack is a unique, pre-assembled, unfolding photovoltaic (PV) mounting system. The Solar FlexRack system simplifies wiring and installs in 3 minutes or less with a three-man crew, yielding significant savings in labor costs and cost-per-watt (as much as 40%) for any solar project. The FlexRack system is PE-certified for wind and snow loads, and is FIT-compliant.

Advanced Solar Photonics, LLC (ASP) is manufacturer and R&D (research and development) center of crystalline silicon solar photovoltaic (PV) panels and solar generators for utility, commercial and residential applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies, ASP solar PV modules are among the most advanced and efficient industrial solar energy generating devices. ASP’s focus is high-power solar PV modules ranging from 200 Watts to 400 Watts.

Lake Mary, FL, June 21, 2011 – Advanced Solar Photonics, LLC (ASP) announced a strategic partnership with BlueChip Energy, LLC (BCE) to manufacture solar modules for the Sorrento Solar Farm on June 7, 2011. Located in Lake County, Florida, the 40 megawatt (MW) project recently received approval from local officials, making it the largest privately-owned solar farm in Florida and one of the largest in the United States. The strategic partnership will entitle ASP to manufacture the initial percentage, estimated at 75%, of the 40MW plant PV Solar Panels for BCE. The remaining modules, estimated at 25%,  will be reserved for any interested partners or investors who wish to participate in the Sorrento Solar Farm initiative.

The Sorrento Solar Farm project will generate an estimated 64 million kilowatt hours per year, displacing over 25,000 metrics tons of carbon dioxide annually – the equivalent of the annual electricity needs of roughly 8,000 typical Florida households.

ASP recently announced an increase in production capacity to 100 MW.  With the increase in production capacity, ASP will create more than 50 additional manufacturing, operations, and business development jobs in Central Florida. The company plans to further expand production capacity to 250 MW in the next three years. The expansion will allow the company to meet the strong demand for its American-made and UL-certified BlackStar™ series 250 Watt and 390 Watt modules from US markets with a renewable portfolio standard (RPS) and other solar incentives, especially New Jersey, Colorado, California and Pennsylvania.

ASP’s production lines cover the complete panel manufacturing process from start to finish. The additional production capacity will make ASP the third largest producer of crystalline silicon PV panels in the United States – and the only one in the State of Florida. ASP is also one of the few producers in the United States of Buy American Act compliant products suitable for government, military and municipal projects and meeting the requirements of Section 1605 of the American Recovery and Reinvestment Act of 2009.

About BlueChip Energy, LLC
BlueChip Energy, LLC (BCE) is a new-generation alternative energy utility company, headquartered in Lake Mary, Florida, USA. As a vertically-integrated solar power provider with a significant presence at all stages of the solar value chain, offers the resources, expertise and commitment required to take on large-scale solar PV projects. The all-in-one solar PV business model includes all phases of project development, from EPC (engineering, procurement and construction) to financing, and electricity sales to maintenance.

About Advanced Solar Photonics, LLC
Advanced Solar Photonics (ASP) is manufacturer and R&D center of monocrystalline solar panels and racking systems for residential, commercial, and utility applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies ASP solar modules are among the most advanced and efficient solar energy generating devices. ASP focus is high efficiency solar modules ranging from 190 watts to 400 watts.

Lake Mary, FL., June 20, 2011 – Advanced Solar Photonics (ASP) a leading manufacturer of monocrystalline solar panels and racking systems for residential, commercial, and utility applications, today announced that it will be exhibiting at Intersolar North America, taking place from July 12-14, 2011 at the Moscone Convention Center in San Francisco, California.

Company representatives and top executives will be available at the show to discuss the latest developments in solar module technology and its application to utility-scale projects. On exhibit will be the company’s newest glass-to-glass PV Smart Modules TM panels for commercial and utility scale projects.

ASP will be located in the PV Cells and Modules area of West Hall on Level Three, Booth # 9816.

Intersolar North America is the premier solar industry exhibition and conference in North America and largest solar event in California. Reflecting the current state-of-the-solar-industry, the accompanying conference at Intersolar North America 2011 is the place to hear directly from the experts on all the hottest solar topics in North America. Intersolar North America 2011 is expected to have 22,000 visitors, 800 exhibitors and 1,600 conference attendees making it well poised to be a diverse and insightful exhibition that will bring together the key players in solar.

Advanced Solar Photonics (ASP) is manufacturer and R&D center of monocrystalline solar panels and solar generators for residential, commercial, and utility applications. Based on the latest cell efficiency, light transmission, and encapsulation technologies ASP solar modules are among the most advanced and efficient industrial solar energy generating devices. ASP focus is high power solar modules ranging from 200 watts to 400 watts.

Media Contact:
Corporate Marketing
Advanced Solar Photonics
(407) 804-1000 x502
lhefler@aspfab.com

Electrical Engineer

This engineering position is responsible for the performance of difficult engineering assignments associated with the planning and design of a variety of projects and studies. An employee in this class demonstrates the application of engineering knowledge and skills in completing assigned projects or assisting on substantial portions of complex projects. Work is assigned with general instructions and objectives by a supervisor.

• Prepares scope of work for a given project or study which may require data gathering, specifications, plans, diagrams, schematics, equipment / materials and cost estimates for required aspects of the project or study.
• Completes or assists in all aspects of assigned engineering project design or study.
• Provides project management and quality control functions for work done by parties associated with the project or study.
• Acts as a representative / liaison to other utility and industry organizations involved in the projects or studies.
• Maintains and complies with project schedules and budgets.
• Operates various computer aided engineering design or analysis programs or tools and produces work orders or studies to support projects.  
• Maintains an efficient filing and records system for projects from initiation to project close out.
• Assists in preparing complex forecasts, studies, technical reports, and related items.

SPECIFIC FUNCTIONS FOR ENERGY GENERATION:

• Develops design of solar generation systems, construction standards, bid specifications, and drawings for specific projects according to established guidelines and engineering practices.
• Provides construction management support, field inspections, quality control, and contract interface with construction crews, as needed, for construction projects.
• Oversees contract maintenance and repair projects.
• Investigates and analyzes plant operation and maintenance problems to determine solutions.
• Researches and verifies "as built" condition of systems and equipment, including underground systems.
• Calculates statistical averages, cumulative and rolling averages, statistical trends, rates of change, percentages, etc., and tabulates, plots, and formats the results.
• Assist in testing and operation of generation equipment, survey work, and non-destructive testing programs

SPECIFIC FUNCTIONS FOR TRANSMISSION & DISTRIBUTION:

• Restesting and operation of tr
• ponsible for the design of transmission and distribution power lines and structures for solar projects while following established codes and standards.
• Provides construction management support, field inspections, quality control, and contract interface with construction crews, as needed, for construction projects.
• Develop and prepare cost estimates for equipment, materials, and labor, along with preliminary design work, in support of the budgeting process and project management.
• Participate in the development of design standards and materials lists.
• Performs field inspections to define project needs, including easements, permits, and tree clearing, and verifies final as-built drawings for completed projects.
• Assist in
• ansmission and distribution equipment, survey work, and non-destructive testing programs.

Qualifications:

• Graduation from an accredited four (4) year college or university with a Bachelor of Science degree in electrical engineering.
• Two (2) years of experience in related engineering work.
• Preference given to candidates with utility scale solar farm experience.

Knowledge, Skills, Abilities, Competencies:

• Considerable skill in the use of engineering, and mathematical references and tables, charts, and computer equipment required in professional engineering work.
• Knowledge of design and test codes, sources of technical information and safety requirements related to electric power facilities.
• Some knowledge of permitting requirements for City, County, and State agencies.
• Knowledge of project expenditures and budgetary cost controls.
• Ability to establish and maintain effective working relationships with supervisor, co-workers, consultants, utilities, and the general public.
• Ability to procure goods and services from various vendors.
• Ability to use various portable test equipment and meters, and survey instruments and to perform engineering and surveying calculations.
• Ability to read, understand and interpret, plans, specifications, technical reports, and engineering drawings.
• Ability to perform routine technical computations, make estimates, compiles statistical information, and performs analysis.
• Ability to understand, follow, and transmit complex oral and written instructions.
• Ability to be a self-starter, self-motivated, detail oriented, a team player and to be able to carry out assignments independently and with minimal supervision.

Marketing Coordinator

The Marketing Coordinator will assist in the development and implementation of marketing programs in support of marketing strategies. The Marketing Coordinator will work to expand the number of qualified residential and commercial solar leads and promote the BlueChip Energy company brands.

Responsibilities

• Coordinate marketing and lead generation programs from start to finish. This includes developing timelines including critical paths and resources.
• Develop and implement creative and online executions of programs. 
• Generate and submit reports on effectiveness of marketing programs.
• Maintain websites, updates and blog.
• Provide social media presence and strategy.
• Plan marketing events, including collateral, presentations, staffing, and logistics.
• Represent BCE at trade shows, local and community events.
• Build and maintain key marketing relationships with industry organizations.
• Assist with online PR and media programs.

Qualifications

Qualifications include a Bachelor’s Degree in Marketing or Business and a minimum of three (3) years of corporate experience in marketing or related field. Experience producing various forms of marketing collateral. The Marketing Coordinator will assist in the development and implementation of marketing programs in support of marketing strategies. The Marketing Coordinator will work to expand the number of qualified residential and commercial solar leads and promote the BlueChip Energy company brands. The successful candidate will have experience managing content for websites, experience with Microsoft Office Suite.  Experience in the solar energy industry is preferred.