EV CHARGING

Power Fusion Systems understands that the future of transportation is electrification. Establishing the infrastructure for tomorrow is both crucial and costly. We recognize that vehicle electrification can only advance if charging infrastructure is accessible everywhere.

Our Electric Vehicle Power Fusion System is ready to power your fleet anytime anywhere. The duration of each charge depends on many factors such as vehicle charge rate, battery state of charge of the vehicle, and temperature.

Average Charge Times

EV Sedan (75kWh)

Estimated charge time:

From 20% to 80%

EV Pickup (95kWh)

From 20% to 80%

EV School Bus (196kWh)

From 20% to 80%

Nano Max Power Fusion System

Site Assessment

A Blue Bird Energy Services representative will conduct a site assessment of your school district.

Electrical Survey

During the Site Assessment, an electrical technician will determine your facility’s electrical capacity. We will need twelve (12) months of electricity bills to determine your peak usage over the year.

Installation Survey

During the Site Assessment, our technician will seek out a combination of best locations for charging equipment and the most economical installation.

Proposal Delivered

About three (3) weeks after the site walk is complete, you’ll receive a proposal that covers all expenses for the installation. At the same time, we may offer you a Final Bolt Down option if you indicated a preference to use your own construction crew.

Documents Signed

Sign and return the proposal to our representative.

Optional Final Bolt Down Requirements Supplied

If you have opted for the Final Bolt Down proposal, photos of the completed site work will be required prior to the shipment of equipment.

Installation Scheduled

We will schedule the installation of the charging equipment with your team. If your equipment arrives ahead of the technician, PLEASE DO NOT open the box(es).

Installation

We install, activate, and commission your new charger.

Nano Max Power Fusion System

	Battery Bank
Capacity Range	5 kWh
	10 kWh
	15 kWh
Working Voltage	48 V-56 VDC
Battery Type	Lithium Iron Phosphate (LFP)
Compilance	UL 9540 VL UL 9540 A UL 1973 CEC, SGIP
Safety	Built in fire arrestors

	Generator
Model	26 RCA
Voltage Output	110-240 VAC
Consumption	2.08 gal/h @75%………………………

	Inverter
Model	SPF 6000T DVM
Rated Power	6 kW
Nominal Output Voltage	104V-110V-115V-120Vac / 208V-220V-230V-240Vac(+/-10% RMS)/h
Output Frequency	50Hz/60Hz (+/-0.3 Hz)
Maximum PV Charge Current	80 A
DC Voltage	48 VAC
Maximum PV Array Power	5 kW
AC Input Voltage	240 VAC
AC Input Frequency	50 Hz/60 Hz (Auto sensing)
Maximum Charge Current	60 A

	Solar Panel
Model………………..	Rec Alpha Pure Black
Capacity	430 W	860 W (2 units)

	Wind Turbine
Model ……………………	VV-FLFDJ-S7-5Y400W	VV-FLFDJ-S7-5Y500W
Capacity………..	400 W	500 W

	System Dimensions
Dimensions…………	194 L x 94 H x 36 W	…………………….

	Weight
Total Weight…..	1670 lb	………………………..

Daily Use

Back Up

What may cause power outages?

Severe weather events such as hurricanes, tornadoes, thunderstorms, ice storms, and blizzards can damage power lines, poles, and other infrastructure, leading to widespread power outages.

Rain, hail, and snow are significant contributors to long-term outages. That's when a hassle-free, intelligent whole-home solution comes to the rescue.

The aging power grid's deteriorating infrastructure poses increasing risks of failures, outages, and vulnerability to extreme weather events, highlighting the urgent need for resilience measures.