ABCD listing and ABCD framework are two models of qualitative [54-60] and quantitative ABCD analysis [61-67] respectively. In this section, we have used ABCD analysis for qualitative listing of advantages, benefits, constraints and disadvantages from business service providers and customer’s point of view.
Advantages :
(1) Nanotechnology solar cells are expected to be highly efficient in conversion of light into electricity, easy to large scale fabrication and maintenance for business service providers.
(2) Nano-solar cells and panels are efficient, durable and cost-effective for the customer point of view.
(3) Nano-solar cells are expected to solve the world energy problem by effective use of solar energy and contribute to the development of civilian society.
(4) Nanotech polymer matrix composites dominate the wind turbine blade market because of their low-cost, lower weight-to-power ratios, superior fatigue characteristics, high specific strength and modulus, and ability to make complex geometries.
(5) Nanomaterials …show more content…
The clean energy without environmental de-gradation, at almost zero cost, is expected to solve energy problem of the world through the concept called ubiquitous energy. The impact of nanotechnology on seven energy sectors including solar energy, wind energy, nuclear energy, oil-fuel based energy, artificial photosynthesis, energy storage and effective energy management to promote nanotechnology based energy as ubiquitous energy system along with possible business opportunities are discussed and reviewed. Finally, the advantages, benefits, constraints and disadvantages of nanotechnology in energy sector from business service providers and customers point of view are identified and
Advantages :
(1) Nanotechnology solar cells are expected to be highly efficient in conversion of light into electricity, easy to large scale fabrication and maintenance for business service providers.
(2) Nano-solar cells and panels are efficient, durable and cost-effective for the customer point of view.
(3) Nano-solar cells are expected to solve the world energy problem by effective use of solar energy and contribute to the development of civilian society.
(4) Nanotech polymer matrix composites dominate the wind turbine blade market because of their low-cost, lower weight-to-power ratios, superior fatigue characteristics, high specific strength and modulus, and ability to make complex geometries.
(5) Nanomaterials …show more content…
The clean energy without environmental de-gradation, at almost zero cost, is expected to solve energy problem of the world through the concept called ubiquitous energy. The impact of nanotechnology on seven energy sectors including solar energy, wind energy, nuclear energy, oil-fuel based energy, artificial photosynthesis, energy storage and effective energy management to promote nanotechnology based energy as ubiquitous energy system along with possible business opportunities are discussed and reviewed. Finally, the advantages, benefits, constraints and disadvantages of nanotechnology in energy sector from business service providers and customers point of view are identified and