mgx minerals announces successful generation of dendritic zinc using linear regeneration module; zinc regeneration sub - ess energy storage system

Vancouver, BC/acceswire/May 13, 2019/MGX Minerals Inc. (
"MGX" or "Company ")(
CSE: XMG/OTCQB: MGXMF/FSE: 1 MG)
Announced its wholly owned subsidiary, MGX Renewables Inc. ("MGXR")
Is a leader in zinc development
The airflow battery for applications that require long-time, high-capacity storage has successfully generated a branching zinc fuel using its new "linear" regeneration module.
The fuel regeneration process requires applying current on the relative electrodes of each regenerative battery.
The particles of Zincare "grow" on the cathode and oxygen evolve on the anode.
Zinc particles are cleaned regularly from the cathode using the same electrolytic protein they produce, and then stored in the fuel tank.
Oxygen is then released into the atmosphere.
In order to increase the capacity of the fully generated module, a series of flexible regeneration units are arranged together.
The successful operation of the regeneration module represents the climax of the development of the entire ZRS.
This includes the mechanism for generating electrolyte flows to clean zinc particles on the electrode, the mechanism for collecting and transferring particles generated, and the control system for managing the order of all regeneration functions.
The control system consists of a customized microprocessor control board and proprietary embedded software.
Now, all of these functions have been successfully integrated to be able to produce zinc Pellet Fuels.
The operation and support of the regeneration module is the main function of the zinc regeneration subsystem (ZRS)-
MGXR unique zinc-one of the three independent configurable subsystems
Air flow battery.
The fuel storage subsystem and the electronic generation system are two other subsystems.
Figure 1. ZRS-
4500 zinc regeneration module gxr energy storage system mgxr ess is a modular energy storage system designed to provide 20 KW-
Storage in the range of 50 mw and 120Kwh-
1GWh for an extended period of time.
Advantages of rechargeable zinc
Air Fuel cell technology, the system can be configured to support various discharge, charging and duty cycle requirements.
Since the energy storage capacity of the system is only determined by the size of the fuel tank, it is very expensive
Now, an effective scalable solution can replace the linear power storage ratio available in lithiumion battery. Li-Zinc ion pair
Basic restrictions on AirThe Lee
Ion is a linear power supply for the storage ratio, severely limiting the flexibility and greatly increasing the storage cost even if a limited output power is required.
This brings an overwhelming advantage to the zinc of tommgxr.
Air Fuel cell technology for large capacity, long time commercial and industrial and power grid scale applications.
In addition to precious commodities such as lithium and cobalt, the storage cost of zinc-air fuel cell batteries is much lower, which reflects a paradigm shift, basically eliminates the traditional linear fixed power/storage ratio and allows for highly flexible storage to be limited only by the physical parameters of the streaming zinc storage tank (s). The zinc-
The air fuel cell battery has a fully decoupled power supply and storage system with a scale of 1:5 to 1:20, conceptually 1:100, and has a significant advantage in any scenario where it needs to be stored for more than a few hours.
This meets the needs of renewable energy storage and industrial and power grid size, as well as the inherent benefits of clean and stable electricity;
It is possible not only to obtain electricity overnight and discharge on demand during the day, but also to take advantage of greater fluctuations in power demand and supply, such as weekly, monthly and potential seasonal fluctuations.
Charging is also flexible and can be adjusted according to the discharge situation, but this is a separate system that can be adjusted according to the supply market and the time range of power supply, whether it is a long window or a short window.
This creates opportunities for large-scale arbitrage and cost savings, as well as policy development opportunities to enhance localized power infrastructure without the need to build new power plants or transmission lines.
Figure 2.
MGXR modular energy storage system (ESS)
Mgxr ess is based on unique patented zinc-
Air Fuel cell technology
The energy is stored in the form of zinc particles, similar in size to sand particles.
When the system delivers power, zinc particles are combined with oxygen extracted from the surrounding air.
When the system is charged, zinc particles are regenerated and oxygen is returned to the surrounding air.
The flexibility of applying mgxr ess enables it to serve a wide range of applications.
Typical examples include: * storage and smooth current of renewable energy such as wind energy and solar energy * business, replacement of industrial backup equipment for diesel generators * Industrial on-demand power supply for peak shaving or backup * power grid scale energy storage mgxr ess for energy trading and arbitration is designed according to modular architecture by a small number of public subsystems system configuration created.
One element of each subsystem implementation technology: * zinc regeneration subsystem (ZRS)
Provide charging function of fuel storage subsystem *(FSS)
Provide energy storage function * Power generation subsystem (PGS)
The discharge function about MGX RenewablesMGX renewable energy is provided.
Air flow batteries, which store energy efficiently in the form of zinc particles, do not contain traditional high-cost battery goods such as lithium, vanadium or cobalt.
This technology allows low-cost, large-scale storage of energy and can be deployed in a variety of scalable energy storage applications. Thezinc-air flow-
The difference between the battery and other battery technologies is that it can decoupling the relationship between energy (kWh)and power (kW)
Due to the very low cost of its zinc energy storage medium and the inherent safety of its chemical properties.
Unlike traditional lithium batteries
The technology uses a fuel tank system with a fixed energy/power ratio, providing flexible energy storage and power ratio and scalability.
Storage capacity is directly associated with the size of the fuel tank and the number of charges for zinc fuels, which makes low-cost scalability a major advantage of the flow batterysystem.
In addition, another major advantage of zinc is
The air flow battery is able to charge and discharge simultaneously at different maximum charging or discharge rates, as each charging and discharging circuit is independent.
Other types of standard and mobile batteries are limited to the maximum charging and discharging range of the total number of batteries, as there is no separation of charging, discharging and storage components.
Information access www. mgxrenewables. com.
About MGX MineralsMGX Minerals is a diversified Canadian resource and technology company interested in advanced materials, energy and water assets worldwide.
Learn Moremgxminerals. com.
Contact Information: 1. 604. 681. 7735Web: www. mgxminerals.
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Source: MGX Minerals
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