We are directly connected to some very large
companies in China that make Inverters up to 500 kilowatts and complete Energy
Storage Systems (ESS) in sizes starting at 30 kilowatts up to one megawatt. The
delivery time for some of these systems from the time you place an order until
the time you get it shipped directly to your point of use will be about 90 days.
These complete Energy Storage Systems come in new 20- and 40-foot waterproof
shipping containers. Each container will hold a large battery pack and Inverter
system up to 1 megawatt and can be paralleled. These systems are scalable to
any size and come with a 5-year factory warranty. https://lithium-car-battery.3dcartstores.com/assets/images/1MWh-Energy-Storage-System.pdf.
If
you don’t require a Lithium Battery Storage System, we can supply larger single
and 3 phase Inverters up to 500 KW with delivery in about 45 days.
Don’t
be put off by what may seem to be strange input and output voltages on these
large Inverters. The factory specifications are designed around the Chinese and
international markets. We can get these Inverters specially made in voltages,
and kilowatt sizes, designed around your application.
We
also have limited stocks of very affordable Pure Sine Wave Inverter/Chargers
up to 15 KW. Under normal conditions we can ship these Inverters specially made
in voltages and kilowatt sizes designed around your application.
We
have a reasonably large inventory of discrete Lithium Batteries in sizes up to
180 Ah available if you want to build your own Energy Storage System. We can
ship these Lithium Batteries from stock in days.
I
go to China quite often and consider myself very knowledgeable in Lithium
Battery Energy Storage Systems. If you want to know more, please give me a call
and tell me more about your application.
We got involved with Large Energy Storage
Systems several years
ago as a complement to our main energy focus; Lithium (LiFePO4) Batteries. We’ve
worked on projects of 1MW (and larger) battery storage capacity. We’re excited
to now have Energy Storage Systems for commercial and industrial use that are smaller
than our large 20 and 40 ft. containers.
This storage system comes with a rated capacity of
either 50 kWh 100 Ah or 100 kWh 200 Ah. This integrated battery system can be flexibly
compatible with the user’s PCS (Power Conversion System), providing energy
storage for PV self-consumption, demand response, load shifting, backup power,
or off-grid. It also can be scalable to MWh solutions for utility applications.
The following features make for a perfect Lithium
Energy Storage solution:
·LiFePO4 cell built-in
for robust technology with good stability.
·Own-developed
core technology of the BMS provides multi-level software and hardware
protections.
·Compatible with
a wide range of different PCS.
·Modular design,
easily scalable to MWh utility scale.
·BMS algorithm
optimized to ensure SOC accuracy.
·Controls the real-time
monitor system and operational efficiency.
·Optimized,
cost-competitive cell especially designed and manufactured for energy storage
applications.
·LFP chemistry
offers good electro-chemical performance and a longer cycle life than other
lithium-ion chemistries.
Get in touch with us to meet all your Lithium
Battery Storage System needs.
Brand new sizes and
data available about Large
Lithium Energy Storage Systems. We just received the data for a 500KW, a 1MW
(480V or 618V), a 15MW, and a 30MW Large Energy Storage Module with Lithium LiFePO4
Batteries in 40 ft. containers. A full explanation and calculation of how you
get the right power and voltage is included on the datasheet for each size energy
container (500KW to 30MW). These energy storage containers are made up of
lithium iron phosphate batteries with a high energy density and a long cycle
life. Very little space is unused with a compact box structure. The entire
system is highly integrated and easy to install and transport.
This diagram shows how
the Energy Storage Systems interface with the electrical grid. Power from solar
panels or wind turbines is stored in Lithium Batteries during low grid demand. The
energy stored in the storage system is used for power shifting for peak shaving
or demand compensation and pulse load compensation in houses, factories,
ferries, etc.
The following
advantages will be enjoyed when the storage system is utilized:
·High energy
density, small footprint, short construction period, and strong environmental
adaptability
·Standardized
components and modular architecture for easy expansion
·Battery module
within the layered stack design
·Battery Management
System (BMS) with SOC automatic calibration
·High precision
detection includes cluster voltage detection in real time, cluster
charging/discharging current detection, cell terminal voltage detection,
cluster multipoint temperature, and cluster electric leakage detection
·Equalization
function
We’re very pleased to be on the cutting edge of new
Energy Storage technology innovations. Whether you need a 500KW, 1MW, 15MW, or
30MW system these new additions reflect our main slogan, “No project is too big
or small.”
Our 1MWh
Energy Storage System (ESS) comes in either 20 or 40 ft. Containers. What follows is a quick breakdown of
the components of this system.
Nine battery racks are
needed to get to 1 Megawatt. (Please note that we can supply any amount of
storage by leaving off battery racks or connecting multiple containers together.)
Each battery rack has a capacity of 115.2 KWh (48V 2400Ah), which is composed
of 20 pieces of 48V 120Ah battery modules in parallel in one battery bracket.
The battery brackets are scalable in 5760 watt increments simply by adding or
removing a battery.
The 48V 120Ah LiFePO4 Lithium
Battery is a new environmentally friendly backup power supply which has been
widely used in backup power systems. The system adopts an environmental LiFePO4
battery and configures the high-performance BMS to effectively manage the
cells.
Compared with conventional batteries, is has a
wider range of performance and application advantages, excellent chemical
technology, BMS technology and system design capabilities to bring better
product performance and reliability, providing a one-step solution for industrial
applications.
This system also comes
with a BMS assembled with the battery modules. Each 48V 120Ah battery module
has one independent BMS which operates independently and does not affect the
other modules. The product modular design makes it very convenient to install,
commission, and maintain.
This 48V Storage System
has intelligent design with remote monitoring, remote messaging, remote
control, etc. functions. Remote management is available to make it easy to
control.
We are very excited to
be involved in the Energy Storage market. It is a great time to be in this field
with so many cities and states heading toward 100% renewable energy. Storing
electrical energy in Lithium Battery Packs is our primary field of endeavor and
where we focus most of our energy. No project is too big or small. We have
sources to supply Lithium Battery Storage so that your home can go off the
electrical grid. We can also provide readymade systems to store enough
renewable energy to power whole cities. Please get in touch to tell us about
your Energy Storage goals and see if we have the Lithium Batteries and
equipment to meet your objectives!
This video explains how our small Residential
Energy Storage Systems charge from solar panels during the day and then
power the house at night, thus reducing electricity consumption and lowering
your power bill. Another great feature of the Home Battery Storage System is
the UPS function which ensures continuous electricity during a power outage.
The manufacturer warranties these Energy Systems for 5 years and
the ones with 3000 Watts or 5000 Watts output come with a Solar Inverter and a
Charge Controller. The Portable Storage Systems are designed for use in case of
emergencies, in remote areas, health centers, disaster and rescue services,
farms, electrical tools, and outdoor activities such as camping, hiking, or
military use.
A storage system is different than a grid-tied solar system
because rooftop solar panels won’t power your home during a power outage with
the grid-tied system even if your panels are getting sunlight. A Battery
Storage System allows you to pull power from your batteries instead of the
grid even when the solar panels aren’t generating power.
Lithium Batteries are much preferred over Lead-Acid Batteries
because of the longer lifespan and higher depth of discharge of the Lithium
Batteries. Even though Lead-Acid Batteries cost a bit less, they have a shorter
lifespan and require more maintenance which makes Lithium Batteries a much
wiser choice for most applications.
Contact us for the perfect storage system for your needs at a
great price!
Here are the specifications for the 4 models of 3000 Watts Battery
Energy Storage Systems for Residential, Boat, and Light Commercial with a 5 Year
Manufacturer’s Warranty:
Peak Shaving is becoming
more and more popular as a means of conserving energy. This Energy
Storage System is charged off the utility grid in off peak hours at very
low electrical cost and then discharged during peak periods to dramatically
reduce demand charges.
Peak Shaving works because
you’re providing energy that doesn’t get billed by the power company. You’re
not reducing usage; you’re altering the source of the energy. Here are 3 ways
you can achieve Peak
Shaving:
1.Use an alternative localized power source during peak times of
day.
2.Improve your energy efficiency.
3.Utilize solar energy battery storage.
The 1MWh Storage System
makes use of a localized power source by the use of a Battery Pack, a Battery
Management System (BMS), and an AC Power Conversion System (PCS).
Ask us about the components
of a Power Storage System because we can tailor-make a Peak Shaving System in
any Kilowatt range above 250 kW per module.
