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  • With enerpak's solar charge maximizing controller, the pv system capacity is no longer limited by the mppt charge controllers. The enerpak's maximizers harvest endless pv power to charge your electric vehicles whenever the sun is up, regardless if it is shining, cloudy, raining or not out.

  • With a 8.0 kW solar array &  A solar charge maximizer system installed for your home, you can drive your electric vehicle for up to 50 km per day without paying for extra hydro bills to charge your EVs, the remaining solar energy can still be used for domestic water heating for your home

  • In wintertime, hot water can also be used for space heating for your homes. you save natural gas for hot water tanks and home heating.

ENERPAK Solar Charge Maximizer Passes Solar Energy to Your Electric Vehicles Directly

The world's first Solar Charge Maximizer that supports a level 2 EV charger without a large battery bank. Because ENERPAK maximizers charge your EVs without the need to charge a separated battery. We use a domestic water tank as a battery too, and charge the "water battery" without any semiconductors involved (no MPPT charge controller, nor inverter required for "water battery charging". 

ENERPAK's Maximizer is the world's first solar energy harvesting controller that passes solar energy without heat loss in the semiconductor, just like the main disconnect passing electricity to power your home appliances. 

Contact us to have your EV charged by Solar Panels Only.

Solar  Panel Carport EV Charging System for Residential Homes

The solar panel carport (SPC) is built to cover the driveway of residential homes, and the carport construction follows the setback and the permitted encroachments as per new zoning bylaw for permit approval.

The solar panels are mounted on the metal trusses of the carport directly without the need for roof decking. The solar panels are connected to the Enerpak Solar Charge Maximizing Controller Systems (SCMCS) to charge the electric vehicles through a solar inverter and a level 2 EV charger.

The DC load dumping controller serves as DC load control to allow the energy stored in the 48 VDC and the energy from solar panels to be used to power other DC loads directly, when the electric vehicle is fully charged.

The AC load dumping controller has a current sensor built-in, the controller disconnects AC power to the AC load dumping appliances, such as 240VAC domestic preheat water tank, whenever an electric vehicle is being charged. The automatic transfer switch controller transfers the load between the grid power and solar inverter power.

The grid power is still provided in case of snow storm while the EV still needs to be charged. The grid power works as backup power in case solar power is not available.

The benefits of such system:

1. The carport protects the vehicles from the harm of Canadian harsh winters, and keep the driveway clean without snow shoveling;

2. The solar panel carport charges EVs and heats domestic water to cut greenhouse gas (GHGs) emission by 3.5 tons annually.

3. The solar panel carport reduce the Global Warming Footprint Power (GWFP) by 2.5 KW _according to page 77 of https://www.amazon.ca/Causes-Climate-Change-Solutions-Challenges-ebook/dp/B0DQHT3R6Z?crid=K5O5QTI43FZS

4. The rebates and incentives are available from the government.

5. No work on the existing roof.

the solar charge maximizing controller is in action

The Solar Charge Maximizing Controller

is for Domestic Hot Water Heating, Space Heating & Large Capacity DC Load.
watch

YouTube Free Educational Videos 

The Solar Charge Maximum Controller System is totally different from the other Solar Array PV Systems you have designed or installed so far. You are encouraged to watch following YouTube Videos for your next off-grid or hybrid PV system project with a SCMC included to maximize the system capacity with limited capacity from a MPPT Solar Charge Controller.

Visit "Enerpak Academy" page for training on Solar Charge Maximizing Controller, Optimal Home Comfort, Earth Comfort, and Become an Expert on HVAC Design and SCMC system Design and Installation Techniques, Understand the True Causes of Climate Change and Learn How to Fight Against Climate Change with Solar Charge Maximizing Controllers. 


ENERPAK's Solar Charge Maximizing Controller (SCMC) System Provides Sufficient off grid PV Power & clean energy for Level 2 EV Chargers, domestic water heating and even space heating. 

off grid EV chargingoff grid PV power for AC

Charging EVs & Powering Your Air Conditioning Units off grid with Solar Panels

SCMC system generates sufficient PV power supply for

Level 1 and Level 2 EV Charging Stations,

anywhere off grid or Grid-Tie

Thanks to the High Power Capacity of  Solar Charge Maximizing Controller (SCMC) System, we now can build Off-Grid or Hybrid Solar Power Supply System for Level 1 and Level 2 EV Chargers to Charge EVs off grid.

ENERPAK provides SCMC systems design and installation services. 

Please use the Contact Us Form to connect with us.

Would like to know more about "How to maximize the off-grid and hybrid Solar PV Systems Capacity"? You may be interested in following Udemy Course.

How to maximize the off-grid and hybrid Solar PV Systems Capacity

Watch the YouTube Video

A short video to explain what is a Solar Charge Maximizing Controller system, and the differences between a MPPT solar charge controller and a SCMC.

Benefit of Solar Charge Maximizing Controller

For high power off-grid PV system, such as PV power supply for level 1 (120VAC 30 Amps) and level 2 EV (240VAC 30 Amps) charging Stations;

Maximize safety with low voltage PV system;

For power supply capacity of 4.5 KW per SCMC system;

For hybrid solar power supply;

Serving behind-the-meter (BTM) storage system;

Serving behind the meter microgrid PV system;

Cutting your hydro bill;

Reducing electricity bill;

Providing power backup in case of power outage;

Providing solutions for limited MPPT solar charge controller systems;

Increasing the power limit of MPPT solar charge controller system;

Lowering PV system voltage to eliminate PID (Potential Induced Degradation) of photovoltaic panels;

Eliminating PID of photovoltaic panels;

Extending the service life of photovoltaic panels;

Minimizing power losses of PV systems;

TWITTER            LINKEDIN        YOUTUBE CHANNEL           FACEBOOK

Watch the YouTube Video

A short video to explain how SCMC system is been used for the massive production of 100% Green Hydrogen; how we can have AC to DC converter, and DC to AC inverter waived; the why SCMC is the roadmap to net-zero carbon future.

SCMC systems for Renewable Hydrogen Production Solutions

Green hygrogen production;

Low voltage DC power supply for hydrogen production;

No DC-DC, nor AC-DC converters required;

DC power supply for hydrogen generation through water electrolysis process;

Power supply for water electrolyzer;

PV power for hygrogen electrolyzer;

Power supply for green hydrogen production;

DC power supply for hydrogen generation;

DC power supply for on-site gas generation;

MW scale green hydrogen water electrolysis power supply;

On-site hygrogen gas generation;

Power supply for On-site hydrogen generator;

DC power supply for hydrogen electrolyzer without inverters or converters;

DC power supply for hydrogen electrolyzer without power dissipation (power losses) of electronic components;

SCMC power supply for 1.0 Kg/Hour hydrogen production per station;

Sustainable power supply for Electric Vehicle Charging Stations;

Green power supply for EV chargers;

SCMC system Design & Installation Services

ENERPAK has in-house PV system design engineers. Depends on the project details, We will provide system design for free to prepare drawings for certain projects.

Type of services offerred

Lab high current DC power supply;

Heavy duty (200 amps and up) low voltage (25`30V) DC power supply;

Green Hydrogen Production on-site without grid power supply _system implementation;

Greenhydrogen farm without grid power supply _system implementation;

Solar charge maximizing controller system design;

Solar charge maximizing controller (SCMC) system installation;

Hybrid PV system design & installation;

Existing MPPT system re-configuration for maximum power supply;

Existing MPPT system re-configuration to eliminate PID (Potential Induced Degradation) of photovoltaic panels;

Behind-the-meter (BTM) energy storage system design and installation;

Green hydrogen production system design;

Residential PV system design and installation;

Commercial PV system design and installation;

Power backup system;

Micro-grid system design;

Remote community power supply;