What energy storage solutions does Briggs & Stratton offer?

They provide SimpliPHI® batteries, Sol-Ark® hybrid inverters, and AccESS™ integrated systems for residential and commercial energy storage.

How safe are Briggs & Stratton batteries?

Briggs & Stratton uses Lithium Ferro Phosphate (LFP) chemistry, known for its thermal stability and long lifespan, along with a Battery Management System (BMS) for monitoring.

Do Briggs & Stratton storage systems qualify for solar incentives?

Yes, they are eligible for the 30% Federal Solar Tax Credit (ITC) and may qualify for state and local rebates.

Are their products compatible with generators?

Yes, they can integrate with Briggs & Stratton standby generators and other third-party generators for hybrid power solutions.

600v Charge Controllers

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Overview
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600 V charge controllers

Charge controllers are essential for solar power systems with batteries. A reliable model will make both the battery and the system as a whole more secure. A 600 V solar charge controller is ideal for large systems with more than a dozen PV modules.

What a 600 V charge controller can do

A solar panel system with a 600 V charge controller can:

Make sure solar panels’ output is safe to avoid damaging batteries
Prevent overcharging and deep discharge
Protect against reverse current. Power from the batteries could flow back to the solar panels at night, causing a fire
Monitor batteries and loads
Change charging parameters

When you need a 600 V charge controller

No 600 V solar charge controller should be used with a system generating more than 600 V. Check the product specifications for solar panel open-circuit voltage. If solar panels are connected in parallel, the system's voltage will be the same as with just one panel. When panels are connected in series, voltage rises but current remains constant.

Multiply the battery bank's voltage by the controller's amperage to determine how many solar panels can be connected to your 600 V charge controller. Given a 48 V battery bank and a 100 A 600 V charge controller, you can accommodate fifteen 320 W solar panels (48 * 100 = 4,800).

How to choose the right 600 V charge controller

Which is better, pulse width modulation (PWM) or maximum power point tracking (MPPT)? When looking for a charge controller, this is a crucial question to consider.

A 600 V PWM charge controller could be a cheaper option. This controller's simple design makes it more durable. A PWM charge controller can last up to 20 years. The main weakness of this type of controller is low efficiency. 600 V PWM charge controllers are about 80% efficient and have fewer charging modes. Furthermore, when battery and panel voltages differ, PWM controllers cause excessive power loss.

Consider models that use MPPT technology when looking for a 600 V solar charge controller for sale. These are more expensive, but they're up to 99% efficient and give you more control over charging. Depending on the company that makes them, these controllers usually last between 10 and 15 years. By using a 600 V MPPT charge controller and a much lower voltage battery, wiring costs can be cut by a lot.