Solar panels are considered as the most important factor of today’s time. These efficient materials use solar panel that produces various samples for laboratories. It is composed of multiple layers that are made of different kind of materials for binding it together.

A research have been conducted which says that new method can bypass various expensive and time consuming testing and fabrication that enables the rapid screening for more variations that carries both traditional and practical approach.New processes have been introduced that helps in searching various formulations with the accuracy and predictions of performance.

Most of the traditional methods requires specialized sample that makes the differentiation from an actual cell to real performance of solar cell. The methods of typical testing helps in the presentation of behaviors that carries predominant vacancies or particles for the movement and production of an electrical current by using a material. But the cases of photovoltaic are less abundant in these materials.

It has limited factor in the device that defines the overall efficiency by increasing the difficulty in the measurement. The typical procedures help in the measurement of flow of current with one set of direction. It has a plane and the thin film material that actually harnessed in a working of solar cell.

In many materials, the flow of the current is completely different that creates the difficulty in understanding the characterization of material. The rates of development of these materials are very slow. This process takes long time in trouble shooting early stages of prototype devices. The performance of characterization helps in the measurement of necessary sensitivity that determines the root cause of these problems.

If the speed of the development of these materials will be increased, then the faster and the accurate methods will be identified at the early stages of prototype devices. Also, a set of tools have been developed that is very accurate with the rapid and the fast assessments of proposed materials which also uses a series of laboratory tests that helps in making combination of computer modeling with physical properties of materials.It also includes additional modeling methods that are based on statistical methods which are known as Bayesian inference.