The time has come for an innovative and experienced renewable energy company to help solar deliver on its promise. E2Logicx SOLAR is a start-up subsidiary of E2Logicx Corporation, an existing technology company that has been providing several solutions worldwide since 2001. E2Logicx SOLAR is U.S.-based manufacturer of silicon wafers and photovoltaic panels for nationwide distribution, as well as solar system installations in developing countries. These installations include power plants, cell phone tower systems, solar generators, and village lighting systems (VLS). The Company will manufacture Multi-Crystalline Ingots, wafers, and solar panels and Mono and Multi-Crystalline silicon panels in two industry-standard sizes. Led by a management team with extensive experience in the SOLAR Technology.

e2Logicx Solar is committed to accelerating the global adoption of solar energy by rapidly reducing the cost of solar modules. Our technology will lowers the cost of photovoltaic (PV) modules by combining proven silicon technology, with very large area manufacturing, and an industry standard fully integrated equipment set. We will ramp up production in Q3 of 2010. This model manufacturing line will be replicated globally to expand capacity.

The Company’s excellent product design and process control systems will lead to the finest quality and most reliable products on the market. E2Logicx’s e2PV-QUANTUM technology is targeted to applications in solar farms, commercial installations, BIPV(Building Integrated Photovoltaics) and remote habitation.

E2Logicx SOLAR plans to take its PV technology into the commercial arena by opening a new manufacturing plant in Brush, CO, where it will produce enough A-grade solar wafer and panels, to generate 25 megawatts of electricity within one year of operations. This wattage is enough to power roughly 8,000 average American homes. The Company will seek to boost its wattage to 50 megawatts by 2012 in response to the growing market. E2Logicx SOLAR will focus on low-cost terrestrial power generation intended for large-scale ground-based arrays.