Services
Operations & Maintenance
We are committed to provide flexible, integrated, dependable, cost effective and responsive solutions for the Operation and Maintenance requirements of SPV Solutions. O&M assessments shall be performed as a stand-alone activity that results in a set of O&M recommendations or as part of retro commissioning (a larger more holistic approach to improving existing-building performance).
We also offer customize level AMC (Annual Maintenance contract) as per customer requirements.
Offerings
PREVENTIVE MAINTENANCE
Routine inspection and servicing of equipment Lowers the probability of unplanned PV system downtime
REACTIVE MAINTENANCE
Addresses the equipment breakdown after their occurrence, is instituted to mitigate unplanned downtime. “Break-fix” approach, used mainly for lower upfront costs.
CONDITION BASED MAINTENANCE
Uses real time data to prioritize and optimize maintenance and resources. Offering increased efficiency.
Feasibility Analysis
The success of any renewable energy project begins at its inception. Proposed site’s surrounding natural environment should be conducive to the operation of renewable energy technology to make it a worthwhile investment.
The site location, physical characteristics and general infrastructure of the site determines the success, mediocrity or failure of any Solar Photo Voltaic project to a larger extent. The evaluation of a proposed operating location is called a Comprehensive Site Feasibility Study.
Offerings
Solar Irradiation level analysis.
Obstacle / Shadow analysis.
Analysis of land coverage ratio.
Analysis of PV orientation & tilting.
Soil Strength & Quality. Operational Location Logistics.
Supporting facilities for utility integration.
Maintenance & Haul-out Facilities.
Environmental Concerns.
Stability & Long Term Growth Potential.
Overall Suitability for the proposed project.
DIY Solar
The purpose of this Solar Panel project is to show how to construct a solar panel by yourself at home, that produces enough power to charge any small devices or a small battery.
The idea to build a solar panel by myself came about as my final project for my alternative energy systems class. Originally the plan was to build a solar panel that would charge the batteries on an electric bike, however there were a few set backs. The biggest one being the amount of power needed to charge the batteries exceeded the amount of solar cells that were bought. Therefore the project turned into a learning experience with a couple roadblocks and of course solutions that eventually led to a solar panel that produces enough energy to charge a smaller battery or a device. This project was a huge learning experience on every level, from what tools and materials I would need,to finding affordable solar cells and lastly learning the mechanics of proper wiring. What I hope to show from my project is the steps I took to build the solar panel and produce energy.