Smart Energy Load Centers (SELCs) for Stable and Competitive Renewable Energy

Votes: 4
Views: 3670

Renewable energy developers face many challenges today. Three main challenges are: (1) no power grid in the vicinity, (2) no willing utility to buy that energy, (3) prohibitive stabilization costs of unstable renewable energy. The world's number of personal computers is expected to reach 2 billion by 2014 and 100's of millions of mobile computing devices are already in use, with the latter number expected to explode in the future. However, the energy requirement of these computers is largely unaddressed. Today, computer users just plug their computers into the wall sockets to charge their computers. An opportunity exists to find the nexus between the energy requirement for this growing number of computers and the challenges facing the renewable energy industry.

Dr. James Stalker developed a patent (pending), which will move these computers next to renewable energy facilities, thereby creating what are called smart energy load center (SELCs). All computer users will need are portable connection devices to connect to their own computers, where internet is available. These computers will consume clean/stable energy at the SELCs, 24/7. Computer consumers will not need separate desktop and laptop computers and many other mobile devices as the case today. All computer programs will be consolidated onto a single personal computer residing within a SELC. As a result of this innovation, computers (for both personal and business use) will never be the same again.

When new inventions are made, the cost of any newly designed products is usually very high. For the SELC innovation, the cost of the clean/stable energy (the product) is lower than conventional energy. This innovation will ensure lower/fixed cost of energy to consumers and higher profitability for project investors, by eliminating many costly redundancies in energy transportation, computer, and other peripheral systems.

There is an estimated need for 200GW of total energy generation capacity, which is only going to grow, to satisfy the energy requirement of all world's computers. That is equivalent to 2,500 wind projects with 200MW nameplate capacity, operating at an annualized energy production efficiency of 40%. The capital investments can reach over $1 trillion.

Existing computer designs and manufacturing processes can easily be adapted/modified, with, of course, additional R&D effort, to achieve the main SELC design objective of shifting from the 100% power grid computer load to 95% (SELC energy load) and retaining only 5% (power grid computer load). In other words, no manufacturability challenges are anticipated.

As personal computing is expected to grow significantly, its impact on the environment (i.e., carbon footprint) will increase disastrously too. This innovative alternative energy solution can potentially reduce more than 1.1 billion metric tons of carbon dioxide per year, by doing so it will help save the environment and ease concerns over global warming, reduce rapid rate of consumption of limited natural resources, improve quality of life. SELC Corp is actively engaged in developing more innovations in this area, leading to many more new designs, products, and services.


Voting is closed!


  • Name:
    James Stalker
  • Type of entry:
  • Profession:
    Business Owner/Manager
  • James's hobbies and activities:
    Developing new techniques, technologies, commercialization, training, mentoring
  • James belongs to these online communities:
    I am active on LinkedIn, Twitter, and have my own blog available at I initiate several key discussions related to atmospheric fluid dynamics, renewable energy, and also comment on discussions started by others.
  • James is inspired by:
    Many so-called widely accepted, well-known theories, systems, designs, in the current form, have flaws. It inspires me to identify those flaws and develop practical solutions to those difficult problems. My designs show simplicity, obviously resulting from the heavy-lifting that goes on behind such designs.
  • Software used for this entry:
    computer hardware, software, renewable energy generation systems, network systems
  • Patent status: