Stimulus Contracts For Environmental and Renewable Products and Services Rolling Out Soon

With the passage of the stimulus bill in early 2009, much money was allocated to the renewable energy market. The bill staggered funding to support the following successive objectives:

  • Encourage adoption of current technology through efficient energy tax credits
  • Support innovation through research and development incentives
  • Encourage training and support of “green collar” jobs through education
  • Adopt sustainability practices and clean energy solutions in the federal government and grant money to state and local governments for adoption incentives.

The initial stimulus objectives have already begun rolling out. Tax credits for the purchase of solar panels, energy efficient windows, and the replacement of inefficient appliances and HVAC systems helped this industry take less of a hit amidst the last recession. Research and development for renewable energy solutions is at an all time high thanks to this package, despite the typical logic where R&D is a focus only when existing sources of energy become too expensive. So called “green collar jobs” are the new buzz word, in industries like construction, engineering, and architectural services. General contractors and building renovators are speaking green lexicon with retrofitting services like sustainability upgrades and efficient energy audits.

All of these incentives promoted by the federal government were designed to create the perfect storm of research, adoption, and training to nurture a new green energy industry, designed to spur economic growth, technological competitiveness, and better energy security. The long term goal is to sustain growth ahead in a world with dwindling and more sought-after non-renewable resources.

The final stage of stimulus funding begins to roll out at the end of 2010 for implementing green technologies and efficient energy solutions for use across all sectors of public purchasing in federal, state, and local government agencies. The funding of renewable energy government contracts fall into two primary sectors: (1) analysis and consulting for existing infrastructure, and (2) products and services to build new infrastructure.

Comprehensive energy audits and environmental consulting are among the most common RFPs that are opening. At the moment there are active RFPs for state departments and municipalities in California, Colorado, New York, Texas, and more. These requests for proposals include carbon analyses, environmental planning, and consulting services.

Ultimately, the greatest beneficiary of Federal stimulus funding-through training incentives, grants, or government purchasing-are government contracts for the products themselves. Photo voltaic and solar panels, wind turbines, and geo-thermal energy bids are being released daily from state and local governments nationwide. These bids do not end at the installation of solar and PV panels on top of the local City Hall; rather, state and local governments are purchasing contracts for school zone and traffic sign flasher assemblies powered by solar panels, solar-powered water heaters for public buildings, renewable charging systems, and electric/non carbon-emitting vehicles and fleet services.

The stimulus bill’s aim was not solely to spend money to pull the country out of a recession. The goal was to support the new and emerging green technology industry from the ground up, where federal, state, and local governments could lead by example in adopting these practices. In addition to spurring research and development and job training, an overhaul of government energy consumption would save energy and costs in the long term, while finally introducing these products into the mainstream.

Quality Electromechanical Assembly Services by Experts

Electronics are inseparable part of our lives. Many companies manufacture variety of electronic products to be used in different areas of life. Since electronics are consumed on large scale, large number of companies produces them at equally huge scale. However, most companies outsource the electromechanical assembly and electronic box build services to the specialized companies on contractual basis.

Many original electronic products manufacturers rely upon these electromechanical assembly service providers to complete their production schedules within deadlines. Furthermore, delegating the electronic assembly services to these expert companies is very beneficial to original electronic companies. It not only helps them get best products within minimum time but also lowers the production costs. The original companies get time to focus on other jobs of running a production unit.

Most electronic assembly services provide chassis and rack panel wiring, board level assembly, front panel assembly, electronic box build and other services on contractual basis. You can take the advantage of quality Electromechanical Assembly services by experts as many providers offer their services across the world.

However, different companies offering electronic assembly services vary in terms of their capabilities and skills offered. If you are approaching a company that provides design assistance can help you with concept, layout, material sourcing, computer aided designing and manufacturing techniques. In addition, you can hire their services to help upgrade, redesign and modernize the existing products. It will not only increase the performance but also lowers the production costs and hence increasing overall profits for the company.

Many other companies provide the rapid prototyping required before mass production. Several other such service providers help in all aspects of the part procurement and manufacturing process. Moreover, these assembly companies can produce parts on demand to provide just in-time manufacturing services.

Electronic box build or full system assembly is one such job that requires the expert skills. These providers handle enclosures, racks, panels and test fixtures. Other providers handle smaller subsets with board interconnections, motor wiring and chasing wiring.

The quality assurance is one thing that these electronic box build and electronic assembly service providers never lack. They ensure the quality of all their products by formal quality assurance and testing processes.

However, while selecting an electronic assembly service provider, you need to pay attention to the quality of service they provide. It requires an analysis of quality requirements. You can check whether their products meet the applicable standards of safety and performance by looking at certain marks such as ISO 9000 standards. ISO 9000 offers the internationally recognized framework for standards.

You can easily find a reliable company that offers electronic box build and assembly services at reasonable prices. You can search online directories offering full contact information of such service providers in your area. A leading contract electronics manufacturer in the UK, Denis Ferranti Electronics provides PTH & SMT PCB assembly, box builds and assembled prototypes. When required, they offer complete upgrade and refurbishment support to their customers.

The Process and Significance of PCB Assembly

The term printed circuit board assembly refers to the process of attaching various electronic components to a printed circuit board to develop and complete a fully functional printed circuit assembly. Basically, there are two types of construction utilized in this process, one is the surface-mount construction, and the other is the through-hole construction. Both these methods have individual benefits when put to use. The surface mount technique takes up less space, while through-hole mounting provides strength for any component that is likely to endure physical stress in the unit. Nonetheless, both these methods have their own advantages and disadvantages in the integral process of assembly.

Assembly: In Brief

PCBs are used to mechanically connect and support various electronic components by using different conductive pathways, methods, tracks and traces. These components are effectively etched from laminated sheets of copper onto a non-conductive substrate. Furthermore, once the overall PCB process is completed then electronic components are attached to produce these assembly. The component leads are carefully inserted through the holes in the PCB and the surface mount construction, and the electronic components are placed on the external pads of the printed circuit board. Lastly, the component leads in both types of this construction are mechanically fixed to the PCB with the help of soft metal molten solder.

The assembly process involves several kinds of techniques for attaching the components to this. If a high volume production is needed, it is mainly produced by bulk wave soldering, machine placement or with the help of reflow ovens. Even a mechanical assembly service expert creates the assembly unit using the above discussed methods and materials.

In this modern electronic and technological world, printed circuit board assembly services are the most important part of the electronics sector because of the utility and efficiency they offer. A printed circuit board is an electronic unit that is used to connect electrical elements into various appliances and machinery. These devices are generally found in most of the electrical devices like games, computers, i-Pods, consoles, televisions and so on. However, for the production of large scale electronic devices, electronic manufacturers often hire professional assemblers from authorized PCB assembly services to do the job.

What is the Significance of PCB Assembly?

These units are very important because they can upgrade any electronic device or gadget without any hassle.

The term prototype PCB assembly refers to the process of attaching various electronic components to a printed circuit board to develop and complete a fully functional printed circuit assembly. Basically, there are two types of construction utilized in the process of PCB assembly, one is the surface-mount construction, and the other is the through-hole construction.