Cleaning agents for Solar Panels (Commercial) is the broad requirement. Solar panels gather dust, soil, bird droppings, fog, moisture and other matter resulting in layer formation that needs to be cleaned periodically in order to maintain the performance of the solar panels. The cleaning agent should be a custom composition that can particularly remove cement dust and other dirt matter mentioned efficiently without damaging the glass because of the harsh chemicals it may have. The composition of the cleaning agent should also be devoid of any chemicals that may be harmful environmentally or be toxic to the human personnel in view of exposure during the cleaning activity in the field.
Mode Technology Transfer Acceptable:The product need to have proven capability at commercial scale. The first step would have to be able to furnish sample for evaluating or demonstrating the effectiveness. If reasonably satisfactory, the options could be a license to make it or technology transfer.
Field of Use and Intended Application:The chemical agent or formulation is meant for cleaning commercial solar panels.
Desired Outcome of the Solution: The cleaning agent should help remove hard to remove scales or any dirt/soil matter adhering over a period of time and not harm the glass over the solar panel that otherwise may result in reduced efficiency.
The cleaning agents need to be environmentally safe, non-toxic and cost effective.
The Steinbeis-Stiftung für Wirtschaftsförderung (StW) is the umbrella organization of the Steinbeis Transfer Network. The non-profit foundation and the Steinbeis GmbH & Co. KG für Technologietransfer (StC), responsible for all commercial activities involved in knowledge and technology transfer, are headquartered in Stuttgart, Germany. Steinbeis Enterprises are located in 16 countries all over the world, having a network of global experts with project partners in a further 42 countries with total 900 technology centres .
Steinbeis India accelerates and supports the specific transfer of knowledge and technology with accomplished technology and management experts.
Services -\
Technology Consulting, Scouting / Development, Evaluation & Transfer
Renewable Energy Technologies (Solar, Wind, Micro Hydel, Geothermal, Waste to Energy etc.)
Precision & Ultra-Precision Machines & Machine-Design
Auto Electronics and Advanced Materials for Automotive Technologies
Life-Sciences Technologies
Technical Consulting
ODMs and OEMs on Product Designs, System De-sign and Engineering and to meet global product / system compliance requirement
Roof Top and Solar Park Projects – EPC Contracts and Turn Key Projects (with Project Partners)
Financing PV Solar Power Plants
Energy Efficiency Projects
Training & Advanced Education
Short Trainings on Solar PV Technology including Design, Engineering & Installation of Solar PV Power Plants
Weekend Course on Renewable Energy
In-Company & Institutional Trainings on Automotive Technologies in India and in Europe
In-Company & Institutional Trainings on Machine Design - in India and in Germany
Vocational Trainings in Solar, Automotive & Machine-Tool sectors
Industry Interfacing for Engineering Colleges & Business Associations by establishing Steinbeis Technology Centre, based on the unique Steinbeis Model
Edifice Assessment & Certification System for Training Programs
Create your free account to connect with Steinbeis Centre for Technology Transfer India and thousands of other innovative organizations and professionals worldwide
Innovation Needs on Innoget are directly posted and managed by its members as well as evaluation of proposals. Innoget is the trusted open innovation and science network aimed at directly connect industry needs with professionals online.
Seeking expertise to develop a model to understand processing of plant proteins in extrusion for snack product development
Seeking for SYNTHETIC PROTEIN OR NUTRIENT SUPPORTING FAST BACTERIAL GROWTH
Seeking Retrofittable Solutions that Enable Safer Road Transportation of Liquid Propane Gas (LPG)
Seeking Sustainable Superabsorbent Polymer
Seeking Collaboration to understand phenomenon leading to the creation of 3-MCPD in pre fried food products
