Zest feature-bni1
Download as PPTX, PDF0 likes44 views
The document discusses installing rooftop solar power systems and the options of on-grid, off-grid, and hybrid systems. It provides details on typical electricity bills after installation and guidelines for roof top installation including factors like existing connection capacity, permitted installation capacity based on area, and requirements like a power purchase agreement with the local electricity company. The overall goal is to help owners of buildings like malls and industries harness solar energy to lower costs and pollution while selling excess power back to the grid.
Zest feature-bni1
- 1. Zaiba Energy Support Trends nergy Professionals WITH BNI PRAGATHI 11 JAN 2018
- 8. Zaiba Energy Support Trends The nergy Professionals Mission I am Salah from ZEST. I am on a mission to help rooftop owners, malls, institutions, industries in harnessing clean valuable electricity from sunshine, It can be used and /or sold to electricity companies through grid connection. This also helps in creating a clean healthy world for future generations by lowering pollution and global warming while raising their bank credits.
- 9. Zaiba Energy Support Trends The nergy Professionals
- 10. Roof top Solar Power System Feasibility Introduction
- 11. Typical Solar Roof Top On-Grid System Features: Base Cost Supply when grid fails: NO Sell excess power: YES
- 12. Typical Solar Roof Top Off-Grid System Features: Base Cost + Battery cost Supply when grid fails: YES Sell excess power: NO
- 13. Typical Solar Roof Top Hybrid System Features: Base Cost + Battery cost + Higher Invertor cost Supply when grid fails: YES Sell excess power: YES
- 14. Typical Electricity Bill after SRT PP Installation
- 15. Typical Electricity Bill after SRT PP Installation
- 16. Roof Top Installation Guidelines MUST appraise Customer to help in decision 1. Existing connection, Contracted load in kW= CL 2. Installation Capacity = lower of CA and CL 3. Only one Solar PVRT allowed per building 4. Area permitted Capacity = Area/ 100 (sqft) in kW = CA 5. Power Purchase Agreement with BESCOM : 25 years 6. Suppliers warranty for the PV panels: 25+ years 7. Cost estimate: About 75,000 per kW + Cost of structure + 5% GST. Details in actual estimate. 8. Electricity Bills required for preparing estimate for maximum customer benefit.