Skip to Content

Quantum Calculator

Quantum Calculator 2

Guardian Elite Spec

ECHO 2.0 14kWh Battery Module

ECHO 3.0 16kWh Battery Module

Keeping Your NEM 1 or 2

Login Account

Login Account

Quantum Calculator

Quantum Calculator 2

Guardian Elite Spec

ECHO 2.0 14kWh Battery Module

ECHO 3.0 16kWh Battery Module

Keeping Your NEM 1 or 2

Quantum Calculator

Quantum Calculator 2

Guardian Elite Spec

ECHO 2.0 14kWh Battery Module

ECHO 3.0 16kWh Battery Module

Keeping Your NEM 1 or 2

Login Account

Solar PV Quantum Calculator

Solar PV Quantum Calculator

Enter Zip Code: Monthly Energy Usage (kWh):

Qtron 430W

Power: 430W

Efficiency: 20.4%

Area: 20.1 sq ft

QCell 480W

Power: 480W

Efficiency: 21.2%

Area: 21.9 sq ft

Installation Type & Surface

Residential Installation

Composition Shingle (+\$0.65/W)

Concrete Tile (+\$0.75/W)

Clay Tile (+\$1.45/W)

Flat Roof (+\$0.85/W)

Corrugated Metal (+\$0.95/W)

Ground Mount Installation

Soft Soil (+\$1.40/W)

Hard Soil (+\$1.55/W)

Extreme Conditions (+\$1.75/W)

Ground Slope:

Commercial Installation

Flat Roof (+\$0.55/W)

Composition (+\$0.65/W)

Tile (+\$0.75/W)

Project Complexity:

Special Structures

Trellis (+\$1.45/W)

Parking Structure (+\$2.55/W)

Agricultural (+\$1.35/W)

Trenching Requirements

Trenching Distance (ft)

Bronze Package

Basic Installation

Standard Warranty

Basic Monitoring

Silver Package

Premium Installation

Extended Warranty

Advanced Monitoring

Platinum Package

Premium+ Installation

Comprehensive Warranty

Premium Monitoring

Hours

Monday – Friday
7am – 4pm

Follow

Facebook
Instagram
Twitter

Lithium Iron Phosphate (LiFePO4) batteries, including those produced in China, have several advantages that make them a popular choice for various applications:

Affordability: Batteries account for about 30 to 40% of the total cost of an electric vehicle (EV). The components of LiFePO4 batteries, such as iron and phosphates, are more common and less expensive than the nickel and cobalt used in other types of batteries. This abundance allows for more significant production quantities and reduced costs1.
Sustainability and Human Rights: Iron and phosphates are abundant, reducing the need for ecosystem disruption to obtain them. Additionally, promising recycling initiatives may be able to reuse many components of a LiFePO4 battery once it reaches the end of its operational life1.
Longevity: Over their operating life, LiFePO4 batteries can deliver nearly five times as many discharge cycles as other types of batteries1.
Safety: LiFePO4 batteries are inherently more stable than other lithium battery types. They handle higher temperatures better and don’t decompose like other lithium chemistries tend to do.
Market Acceptance: The market share for LiFePO4 batteries grew fivefold, from just 6% in 2020 to 30% in 20221.

China has been at the forefront of LiFePO4 battery production, contributing to its global reputation for quality in this field. However, it’s important to note that the quality of LiFePO4 cells can vary based on the manufacturing processes and quality control measures of individual manufacturers, regardless of their location.

Contact Us

SunFusion Energy Systems Inc

9020 Kenemar Dr., STE 204, San Diego, CA. 92121

(800) 544-0282
info@sunfusion.us

Contact US

Job Site Information

SMS-Terms

“ALL PRODUCTS AND LITERATURE ARE UNDER COPYRIGHT PROTECTION
PATENTS PENDING IN DESIGN AND SPECIFICATION OF PRODUCT USED ”

— SUNFUSION ENERGY SYSTEMS UPDATED 10/2023