The SOLON SCADA system is a web-based monitoring, control, and reporting system, specially designed for use in the energy provider and large-scale power plant sectors. The SOLON SCADA system delivers real-time, 24-hour information on a power plant’s vital data – from the current output to the components and detailed analyses. Rapid detection of potential malfunctions in the power plant operation can help to minimize downtimes while maximizing yields.
The SOLON SCADA system is the first system which, via a WEB 2.0 interface, makes it possible to not only remotely monitor but also control and provide maintenance for solar power plants. No additional software is required. Users with a computer connected to the Internet can access data on the system, weather, production, or even the status of servicing via the SOLON SCADA system; furthermore, it can also provide trend charts, target/actual analyses, and business case reports. It can be used as well to make comparisons between SOLON power plants at different sites. The modular design of the SOLON SCADA system allows it to be easily adapted to power plants of different sizes and types of technologies, or even implemented when expanding a power plant.
The user-friendly, operator-oriented system complies with all current grid guidelines and can accommodate the integration of a wide variety of control interfaces. The industrial components used in the system are certified, exceptionally durable, and have proven themselves time and again in the field, proving that the system can be used worldwide for a variety of purposes and that it works reliably, even under extreme operating conditions. The SOLON SCADA system is now available.
About SOLON SE:
SOLON SE is one of the largest manufacturers of solar modules in Europe as well as a supplier of solar system technology for large-scale rooftop and greenfield installations. The SOLON Group has subsidiaries in Germany, Austria, Italy, Switzerland, and the U.S. and employs some 900 people worldwide. SOLON’s core business is producing solar modules and photovoltaic systems along with planning and constructing large rooftop installations and turnkey solar power plants all over the world.
Showing posts with label Solon. Show all posts
Showing posts with label Solon. Show all posts
Thursday, October 21, 2010
Sunday, June 6, 2010
Solon Introduces Global Solar Test Sites
SOLON Corp., a crystalline silicon solar manufacturer and a provider of turnkey solar power plants, has unveiled its Global Test Site (GTS) Network.
Consisting of three identical outdoor proving grounds located in Tucson, Ariz.; San Pietro, Italy; and Berlin, Germany, the GTS Network gives SOLON the ability to test and understand regional affects on PV modules and related technologies to optimize module and system design, the company explains.
Regional factors such as temperature, humidity, wind, snow and dust can significantly affect the performance of solar PV modules. At the solar test facilities, SOLON will study various areas of performance on four platforms: fixed-tilt at zero degrees, fixed-tilt at latitude, single-axis tracking and dual-axis tracking.
A custom data acquisition system will be used to measure voltage and current before and after the inverter, as well as cell temperature, ambient temperature, irradiance (direct and diffuse), wind speed and humidity. This information is stored on a central server, which allows SOLON scientists from around the world to access and analyze the performance of the modules at all three facilities.
SOURCE: SOLON Corp.
Consisting of three identical outdoor proving grounds located in Tucson, Ariz.; San Pietro, Italy; and Berlin, Germany, the GTS Network gives SOLON the ability to test and understand regional affects on PV modules and related technologies to optimize module and system design, the company explains.
Regional factors such as temperature, humidity, wind, snow and dust can significantly affect the performance of solar PV modules. At the solar test facilities, SOLON will study various areas of performance on four platforms: fixed-tilt at zero degrees, fixed-tilt at latitude, single-axis tracking and dual-axis tracking.
A custom data acquisition system will be used to measure voltage and current before and after the inverter, as well as cell temperature, ambient temperature, irradiance (direct and diffuse), wind speed and humidity. This information is stored on a central server, which allows SOLON scientists from around the world to access and analyze the performance of the modules at all three facilities.
SOURCE: SOLON Corp.
Subscribe to:
Posts (Atom)