Technology News
Solar inverter factory pioneers clean manufacturing
The factory, said to be the largest of its type to date, is also pioneering the concept of carbon neutral industrial production through a low-energy building concept, high efficiency and renewable energy.
Power for the factory is sourced from a building-integrated 1.1MW PV solar panel system and an on-site biogas plant, the latter providing some of the factory's basic heating requirement. Additional heat is provided by a local waste incineration facility and excess heat from a compressor is also recycled into the ventilation system.
Cooling is furnished through an absorption refrigerator driven by the excess heat generated by the biogas plant and an electric back-up system. Remaining power requirements are sourced from local renewable energy producers. After the final construction phase, the CO2 balance will be equalized through additional PV installations, eliminating the need for additional utility purchases.
"The inverters the heart of every photovoltaic system significantly contribute to an emission-free energy supply," commented G¼nther Cramer, Chief Executive Officer of SMA Solar Technology.
"With our CO2-neutral inverter production we even go one step further. Today we can show that an advanced production on industrial level can be done with a minimal environmental footprint. As the worldwide leading producer of solar inverters we now intend to initiate a trend towards CO2-neutral factories," added Cramer.
- Sharp plans to expand annual solar cell module production capacity in the UK
- Earth has enough copper for e-mobility, researchers say
- Low power 16-bit dual ADC claims lowest noise performance in its class
- Gresham offers short lead times for its CompactPCI power supplies
- Simulation software speeds accurate signal- and power-integrity analysis
- Energy Micro signs Chinese distribution deal with RTI
- Ultra low power audio hub focuses on portable digital audio applications
- SiC RF power device for UHF radar applications extends SiC transistor portfolio to 2200 W
- HomePlug Powerline Alliance makes revolutionary advances for next-generation powerline networks
- IEEE 802.3af/at-compliant PSE controller saves space and cost in PoE+ powered devices
- Graphene batteries said to recharge in 10 minutes
- Vibration harvesters designed to replace AA, AAA batteries
- Energy harvesting application development kit supports eXtreme Low Power MCUs
- World's first see-thru glass window capable of generating electricity is ready for unveiling
- Rapid growth seen for wireless charging devices
- NXP buys Jennic, boosts short-range RF portfolio
- Lead times for some chips at 20 weeks, says iSupply
- Instability to stalk European solar PV market over next five years
- Solar module market heads for slump in 2011
- All-electric supercar puts 300-W DC/DC converter/charger to driving test
- PoE+ Circuit Delivers 13W to 70W for Powered Devices (PDs)
- Inductance calculations with PerMag
- Digital Power Helps Get Products to Market More Quickly
- Comparing the Merits of Integrated Power Modules versus Discrete Regulators
- High Efficiency, High Power Factor TRIAC Dimmable 14 WTYP LED Driver
- Power Supply Design Just Became More Straightforward, Thanks to a New Interleaved PFC IC
- High Efficiency, High Power Factor TRIAC Dimmable 7 WTYP LED Driver
- Using Lithium Polymer Batteries In Portable Devices
- Designing DC/DC Converters Based on ZETA Topology
- How the Voltage Reference Affects ADC Performance, Part 1
Microcontroller
MOSFET
Power
ADC
Linear Technology
Battery
DC/DC Converter
STMicroelectronics
Power MOSFETs
Texas Instruments
DC/DC Converters
Analog
Power Supplies
Power Management
Photovoltaic
Microcontrollers
Energy
Batteries
Power Supply
IMS Research
Maxim Integrated Products
International Rectifier
Diodes
Analog Devices
MOSFETs
Vishay Intertechnology
National Semiconductor
Solar
Fairchild Semiconductor
Power MOSFET
This site contains articles under license from EETimes Group , a division of United Business Media LLC.


