Linkage Energy Grid Capabilities
Energy Storage Stations - linkage
linkage batteries are used nationwide in China to store and distribute renewable energy. These large scale renewable energy projects often rely on the superior technology and operational capabilities of linkage products to make their energy storage systems a success. By partnering with the GuoDian Group to supply batteries for many of its storage stations, linkage is helping to provide green energy to China's cities and rural areas.
Power Generation Applications
To have an efficient distribution of renewable electricity, a large scale energy storage station must be created near the energy generation site. These systems prevent a renewable energy grid from having to pull electricity from a traditional grid system to power their customers during slower periods of generation. Therefore, with the applied use of an energy storage station, renewable energy can be flexible to its consumer's needs regardless of current electricity generation rates.
Power Distribution Capabilities
Utilizing a proper storage systems allows for greater management of renewable energy. An advanced ESS, like the ones made with linkage, is capable of completing peak load shifting when needed and can maintain power quality even with a high load. Such an ESS is also capable of delaying transmission of energy when demand is low so as to be as efficient as possible.
Benefits of Lithium-Ion Batteries in Small Energy Storage Systems
Unlike Lead Acid batteries, traditionally used in ESS, Lithium-Ion batteries offer increased flexibility in the size and location of its set up. linkage Lithium-Ion batteries are lighter than Lead Acid, do not require increased room ventilation to operate, and are smaller in size which allows them to be used in compact and even vertically mounted spaces. Additionally, an ESS made with linkage Lithium-Ion batteries can be expected to charge and discharge effectively, require less maintenance, and operate in adverse environments with greater capacity and reliability than Lead Acid batteries.
The two images below show examples of a Energy Storage Systems made possible by Lithium-Ion batteries.
To have an efficient distribution of renewable electricity, a large scale energy storage station must be created near the energy generation site. These systems prevent a renewable energy grid from having to pull electricity from a traditional grid system to power their customers during slower periods of generation. Therefore, with the applied use of an energy storage station, renewable energy can be flexible to its consumer's needs regardless of current electricity generation rates.
Power Distribution Capabilities
Utilizing a proper storage systems allows for greater management of renewable energy. An advanced ESS, like the ones made with linkage, is capable of completing peak load shifting when needed and can maintain power quality even with a high load. Such an ESS is also capable of delaying transmission of energy when demand is low so as to be as efficient as possible.
Benefits of Lithium-Ion Batteries in Small Energy Storage Systems
Unlike Lead Acid batteries, traditionally used in ESS, Lithium-Ion batteries offer increased flexibility in the size and location of its set up. linkage Lithium-Ion batteries are lighter than Lead Acid, do not require increased room ventilation to operate, and are smaller in size which allows them to be used in compact and even vertically mounted spaces. Additionally, an ESS made with linkage Lithium-Ion batteries can be expected to charge and discharge effectively, require less maintenance, and operate in adverse environments with greater capacity and reliability than Lead Acid batteries.
The two images below show examples of a Energy Storage Systems made possible by Lithium-Ion batteries.
Linkage-Energy Storage Systems
Linkage offers various sizes of ESS systems for use in residential and industry applications. These modules range in capacity from 2.5KWh to 70KWh. Several of our options are capable of taking energy from photo voltaic sources and convert it directly into AC for use in households.
2.5KWH HESS
Linkage offers various sizes of ESS systems for use in residential and industry applications. These modules range in capacity from 2.5KWh to 70KWh. Several of our options are capable of taking energy from photo voltaic sources and convert it directly into AC for use in households.
Our HESS system has been featured on our Product Spotlight page. This 2.5KWh system has builtin inverter capabilities to convert your PV energy directly into AC for residential use. This system can easily be transported to supply remote locations with electricity and is ideal for dwellings to establish some independence from the established energy grid. This system also comes in a larger 5KWh size.
5KWH HESS
Linkage 5KWh HESS is ideal for larger residential energy storage needs. Equipped with the same quality Lithium-ion cells used in our 2.5KWh system, this system is ideal for long term energy storage needs.
10KWH HESS
This Energy Storage System uses Linkage CA60 cells for its energy storage. It is ideal for a situation where portability is not needed and where the ESS may need to output at a high load for many hours.
Large Scale ESS
50KWh and 70KWh ESS are highly optimized for use in general applications
