PCB Assembly for Energy
When it comes to the energy sector, we at PCB Assembly for Energy: – Accelerated Assemblies realize the importance of creating devices that will help companies to reduce their environmental footprint, improve quality, and enhance performance. Our printed circuit board assemblies support various applications within the energy industry.
Our circuit board assemblies provide optimal solutions for energy generation and control. We design and manufacture our products so that it will meet exacting requirements of applications for conventional as well as renewable energy
Our designing and manufacturing capabilities prove that we are a one-stop shop for your PCB assembly for energy needs. We can take on projects that have intricate and specific requirements, and fulfill them all. Right from rigid and flexible construction, single double-sided or multilayered assemblies, to mixed technology of SMT, PTH, and SMOBC.
For renewable applications, we take care to utilize materials that are not hazardous to the environment. Lead-free assemblies are a part of our standard circuit board offerings.
Our manufacturing systems are designed to ensure that there is little waste creation and reduced consumption of water and electricity. This allows us to create eco-friendly and reliable circuit board assemblies that efficient, cost-effective and durable.
Printed circuit board assemblies for energy manufactured by East India Technology can be found in a variety of applications, which include, but are not limited to:
- Control unit for windmills
- Power line protection
- Electronics for solar panels
As experts in the manufacture and assembly of printed circuit boards, we work to make our blog a helpful resource on PCB topics and the industries that we work with, including automotive, consumer electronics, aerospace and many more. Here you’ll find insights into PCB design, tech trends, assembly issues, and trending topics in the general news media as they relate to printed circuit board technology.
Printed circuit boards are turning up in an exponentially-expanding number of products including:
- Industrial equipment including machine tools and CAD/CAM systems
- Computers and peripheral devices
- Smartphones, tablets, and wearable technology such as fitness wristbands and watches
- Televisions with ever-increasing technical functionality
- Medical equipment including diagnostic and even robotic surgical devices
- Renewable energy sources such as solar power and wind turbines
- Consumer electronics from toys to increasingly-popular drones
- Aircraft and other aerospace industries for commercial and military use.
PCBs contribute significantly to these technological advancements with increasingly complex designs, improved reliability, and functionality, and constantly shrinking footprints.
Along with the expanding role of PCBs in these areas come concerns related to how printed circuit devices are manufactured, their inherent safety from exposure to PCBs, and the environmental impact from eventual disposal of boards. Green PCB design is, therefore, becoming increasingly important to both design engineers and manufacturers.
How Do PCBs Contribute to Green Energy?
PCB technology is playing an increasingly significant role in renewable energy sources. Through advanced manufacturing technologies of PCBs, fabricators are able to prototype and successfully create circuit boards capable of higher quality and durability, resulting in fewer defects and waste or discarded boards. Additional components contained on a single board reduce the number of physical PCBs required to meet the design requirements where multiple boards may have been necessary for the past.
Control systems and monitoring equipment powered by modern PCB designs enable agronomists, forestry services, and water conservation groups to track climate change and environmental conditions globally. The International Renewable Energy Agency (IRENA) is working to double renewal energy consumption by 2030, and solar energy made possible through the use of cost-effective and reliable PCBs will play a critical role in making that happen worldwide.
LED lighting is another technology where PCBs are providing the capability to reduce energy requirements. Customized LED lighting panels have expanded into commercial displays, storefront lighting and advertising, sports venue direct lighting and scoreboards, and much more. All this is made possible through the controls provided by custom and highly-technical circuit boards created by creative designers and manufacturers. LED lighting provides high-quality lighting options without the energy requirements of older technologies, with sophisticated PCBs making it all happen.
PCBs powering devices such as Global Positioning Systems (GPS) enable the transportation industry to save significant amounts of money and energy by providing the most effective route to a destination. From individuals using GPS in their personal automobiles to the largest freight carriers that desire the most effective routes for their drivers to boost efficiency and save costs, PCBs contribute to huge energy savings through the use of GPS technology.