Carter Lake Solar & Battery

Project Name

Carter Laker Solar and Battery

Client Name

Hillary Parker

Category

Solar

Project Duration

11 Day

Location

Carter Lake, IA

Project Description

Project Description: Solar Panel with Battery Backup Installation

Objective: The objective of this project is to install a solar panel system with battery backup to provide reliable and sustainable energy for a residential property.

Scope of Work: The scope of work includes the design, procurement, and installation of a solar panel system with battery backup, including all necessary components such as panels, inverters, batteries, and wiring. The installation will be designed to meet the energy needs of the property and will comply with all applicable electrical codes and regulations.

Key Features:

• High-efficiency solar panels for maximum energy production
• Advanced inverter technology for efficient energy conversion
• Durable and long-lasting battery backup system for reliable energy storage
• Intelligent energy management system to optimize energy usage
• Safe and efficient wiring to ensure proper functioning of the system

Benefits: The installation of a solar panel system with battery backup will provide the following benefits:

• Significant reduction in electricity bills and dependence on the grid
• Increased energy independence and reliability
• Contribution to environmental sustainability
• Increased property value

Qualifications: The installation team is composed of experienced and certified electrical contractors who have a track record of successful solar panel installations. The team will use the latest tools and techniques to ensure a high-quality and safe installation.

Overall, this project is a great opportunity for homeowners to switch to clean, renewable energy and enjoy the many benefits of solar energy.

Project Summary

Sentry Electric installed a Generac PWRcell 7.45KW Solar system with a 18KWh Battery backup. This was a whole home backup system with 200A transfer switch which is fed from the solar and battery in an outage. We also installed a PWRmanager with is a loadshedding device that controls 9 circuits in their home and prioritizes which to leave on and what to turn off in an outage and sheds circuits based on priority in the event of an overload.

We also installed an 8.52KW Chilicon Microinverter system which ties into this system. This is all controlled by a phone app allowing the owner to access all these features remotely.