Applications

VRLA, UPMF batteries are an excellent option for industrial applications, as they offer high durability, performance and safety. They are maintenance-free, thus reducing operation costs. In addition, they can be installed in any position, except upside-down, which makes installation and maintenance easier.

Listed below are some examples of industrial applications for VRLA, MF batteries:

• Backup power systems
• Emergency lighting systems
• Communication systems
• Industrial control systems

VRLA, UPMF batteries are a reliable and efficient solution for industrial applications. They offer high durability, performance and safety, and are also maintenance-free.

Datacenters are critical installations that store and process important data for companies and organizations. They are designed to provided uninterruptible power supply (UPS) to their systems, but may suffer from mains power outages.

Batteries are a solution to supply backup power to datacenters. They can be used to keep the systems operating during power outages, thus preventing data losses and business interruptions.

Differentials of the battery use in datacenters

• Business continuity: batteries assure that datacenter systems proceed operating, preventing data access interruptions in case of power outage.
• Cost reduction: batteries may help to reduce power costs, as they can be used to store energy at night, when electricity rates are lower.
• Better reliability: batteries may help to improve the datacenter reliability, as they provide backup power source in case of mains power outage.

Differentials of not having batteries in datacenters

• Data loss: in case of power outage, the datacenter systems may turn off suddenly, which may cause data losses.
• Business interruption: power outages may cause business interruptions, which may affect productivity and profitability.

Cost increase: companies may be subject to paying fines or indemnifications due to data losses or business interruptions caused by power outage.

Mission-critical environments are critical facilities that store and process important data for companies and organizations. They are designed to provide uninterrupted power (UPS) to their systems but may experience power outages from the electrical grid.

Batteries are a solution for providing backup power to data centers. They can be used to keep systems running during a power outage, preventing data loss and business interruptions.

Advantages of having batteries in data centers:

• Business continuity: Batteries ensure that data center systems continue to operate, avoiding access disruption to data in case of a power failure.
• Cost reduction: Batteries can help reduce energy costs as they can store energy during off-peak hours when energy tariffs are lower.
• Improved reliability: Batteries can help improve the reliability of data centers by providing a backup power source in case of electrical grid failure.

Disadvantages of not having batteries in data centers:

• Data loss: In the event of a power failure, data center systems may shut down abruptly, leading to data loss.
• Business interruptions: Power outages can cause business interruptions, affecting productivity and profitability.
• Increased costs: Companies may need to pay fines or compensation due to power failures that resulted in data loss or business interruptions.

Batteries for time clocks

Batteries are an essential component of time clocks, as they supply backup power in case of power outage. One strength of the application of batteries for time clocks is that they may help to improve the safety and efficiency of access control systems.

Safety: in case of power outage, batteries assure the continuing operation of time clocks, which prevents that employees are not able to register their entrance/exit times. This is important to assure that employees are compensated correctly and that the company is compliant with labor laws.

Efficiency: batteries can help to improve efficiency of access control systems, as they may reduce the need for maintenance and repairs. This occurs because batteries protect time clocks from damages caused by power outages

Other strengths of the application of batteries for time clocks:

• Cost reduction: batteries can help to reduce operating costs of time clocks, as they may reduce the need for maintenance and repairs.
• Versatility: batteries are compatible with a wide range of time clocks.

Bateria Nobreak 12v 7Ah

Além da Bateria 12V 7AH, a UNIPOWER oferece várias capacidades e modelos de Bateria Nobreak 12V, garantindo que você encontre a bateria ideal para a sua aplicação.

A Bateria Selada para Nobreak UNIPOWER não permite vazamentos, pode ser usada em qualquer posição, facilitando seu transporte e armazenamento, tornando-a compatível com todos os nobreaks do mercado, nacionais ou importados, como:

• Nobreak APC;
• Nobreak SMS;
• E muitos outros;

Vida útil mais longa

A bateria para Nobreak UNIPOWER possui características especialmente desenhadas para uso em nobreaks. Isso evita gastos desnecessários com constantes trocas de baterias que não foram projetadas para esse tipo de uso.

Troca de Bateria

Ficou simples trocar bateria de nobreak para aumentar o tempo de autonomia. A UNIPOWER fornece soluções para nobreak com bateria externa ou interna sem a necessidade de alteração no projeto.

Preserve seu bem-estar

A bateria selada para nobreak UNIPOWER não emitem gases tóxicos, é ideal para uso em ambientes onde existam pessoas e não causa corrosões das placas dos nobreaks ou dos componentes das instalações elétricas.

These are batteries developed for several different models of toys, used in motorbikes and tricycles for kids, mini cars and other electric toys.

Be very cautious when buying batteries for this purpose, especially for children safety reasons, and always observe the manufacturer’s specifications, such as

• Battery chemistry
• Battery model
• Voltage (V)
• Capacity (Ah)
• Discharge current (A)Almost all the toys have a typical characteristic, which is their use in cycles, i.e. batteries can be discharged and recharged several times over their service lifetime.

Important: during battery use, keep it disconnected from the power outlet. The normal practice is using the battery charge only, and recharge only when it is fully depleted. 

Make your play safer

UNIPOWER batteries are known in the market for their quality, durability, and primarily for their safety. They are developed in a way that prevents electrolyte leaks (acid used in lead-acid batteries), which is potentially dangerous in case of direct contact. 

In addition, batteries do not emit harmful gases, thus assuring even more safety for the ones in direct contact with the toy.

This battery model is provided with safety valves that relieve the internal pressure of the battery in case of any malfunction of the toy or charger, thus preventing explosion and injuries caused by fire.

VRLA (Valve Regulated Lead Acid) batteries are the ideal solution for critical applications, such as digital balances. They offer high durability, performance and safety, and are also maintenance-free.

VRLA batteries are an excellent option for digital balances, as :

• They assure full operation of the balance, even in case of power outage, preventing data losses and interruptions in the weighing process.
• They provide high energy storage capacity, which assures extended operation time, even without the min power source.
• They are light, compact, and facilitate transport and installation.
• They resist to vibrations and impact, which is an important characteristic for digital balances.

VRLA UNIPOWER batteries for digital balances provide 12-month warranty, and are manufactured under strict quality control, thus assuring superior performance and extended lifetime.

UNIPOWER® UPLFP lithium batteries are an excellent option for photovoltaic systems, as they offer wide range of benefits when compared with the traditional ones, including:

• Extended lifetime: UPLFP lithium batteries provide lifetime up to 6,000 cycles, 30 times longer than the traditional ones. This means they can last up to 12 years in a photovoltaic system, provided that the recharge and discharge rates are observed, which are provided in the battery manual or datasheet.
• Smaller size and lower weight: UPLFP lithium batteries are 30% smaller and 50% lighter than the traditional ones. This facilitates transportation, installation and maintenance.
• Greater efficiency: UPLFP lithium batteries have higher efficiency rate than the traditional ones.
• Greater safety: UPLFP lithium batteries are safer than the traditional ones, as they do not pose risk of leak or explosion.

In addition to these benefits, , UPLFP lithium batteries that are provided with communication with photovoltaic systems are capable to assure greater, safety, protection and better use of the battery energy.

Technical features

UPLFP lithium batteries are manufactured with lithium ferro-phosphate (LFP) technology, which is a safe and durable chemistry. They are supplied in several capacities and sizes to meet the requirements of different applications.

UPLFP lithium batteries are equipped with advanced battery management system (BMS) with overcharge and deep discharge protection functions, among others, thus assuring greater protection for the battery. BMS also provides information on the battery health status, amount of energy charged and number of cycles.

Why choose UNIPOWER® lithium batteries?

UNIPOWER® lithium batteries are manufactured by UNIPOWER, the first and only Brazilian lithium battery manufacturer. UNIPOWER holds 18+ year experience in the development and manufacture of lithium batteries, and its products are tested and approved by accredited institutions.

UNIPOWER® lithium batteries are a reliable and efficient solution for photovoltaic systems, as they offer a series of benefits in relation to the traditional batteries, including extended lifetime, smaller size and lower weight, higher efficiency and greater safety.

Electric mobility is a revolution in transport, which is replacing combustion engine vehicles by electric vehicles. This change provides many benefits, such as

• Reduction of pollutant gas emissions: Electric vehicles do not emit pollutant gases during operation, which contributes for improving air quality and reducing greenhouse effect. 
• Energy efficiency: Electric vehicles are more efficient than combustion engine vehicles, which means they spend less energy to run the same distance.
• Long-term savings: Electric vehicles are more cost-effective to operate when compared to combustion engine vehicles, especially when considering the energy cost.
• Technological breakthroughs: Electric mobility is driving the development of new technologies, with batteries that store more energy in the same volume, and that are increasingly more affordable. 
• Preparing for a more sustainable world: Electric mobility is a major step in the transition to low-carbon economy. 

Questions

For IW batteries ( In wall battery – fastened on walls for homes )

Where these batteries are inserted, if they specifically permit? as these batteries are 48V for home (Home Energy)

In addition to advanced BMS of UNIPOWER® UPLFP batteries, we can highlight the following resources and features present in some of the 48V line batteries:

• Status of Charge (SoC) light indicator
• Status of Health (SoH) indicator
• Communication ports for battery monitoring
• Display with access to the key information of the battery
• Selection of communication with Inverters via display

BATTERY FOR ALARM

UNIPOWER Battery for Alarm is compatible with the major alarm systems in the market.

Compatibility, performance and durability. UNIPOWER Quality, 40+ years of experience.

12V BATTERY for Alarm – UP12 ALARME

We introduce the 12V battery for alarm UP12 ALARME, with the recognized UNIPOWER quality, and 12-month warranty.

Especially developed for alarm centers, it provides high durability with autonomy above 20 hours in standby systems configured with two presence sensors. 

Have greater safety

UNIPOWER Battery for Alarm supplies power in case of power outage, thus assuring the alarm system operation in critical situations.

By being compatible with all the alarm Centers of the market, whether made in Brazil or abroad, UNIPOWER Battery for Alarm does not permit leaks and can be used in any position, except upside-down, also making its transport and storage easier.

Durability

The battery for Alarm has been especially developed for alarm systems, and is more efficient for this type of application.

BATTERY FOR TELECOM AND INTERNET SERVICE PROVIDERS (ISP)

UNIPOWER® UPLFP lithium batteries 48V line have been especially developed for telecommunication applications, such as Base Stations (ERB) and Internet Service Providers (ISP).

By considering a discharge depth (DoD) of 80%, they provide lifetime of 6,000 cycles, 30 times greater than the traditional ones.

This represents mean lifetime of 12 hours.

Its operating parameters are 100% compatible with the traditional batteries, enabling immediate retrofit, without requiring additional purchases and costs.

48V LITHIUM BATTERY

The 48V lithium batteries line have standard 19” design and height in Rack Unit (U standard), enabling the assembly of batteries on standard telecommunication racks, permitting easy and practical parallelism of batteries to form banks up to 1500 Ah, occupying only 30% of the volume and 50% of the weight required to form a bank with traditional batteries.

In addition, all the UPLFP lithium batteries count on an advanced Battery Management System (BMS), which provides the resources below:

• Overcharge protection 
• Deep discharge protection
• Extreme temperature protection
• Automatic cell balancing
• Number-of-cycles record

Thanks to the advanced BMS, which monitors the temperature and provides automatically the proper changing voltage, it assures efficient operation of UPLFP batteries without impairing the battery lifetime.

In addition to advanced BMS of UNIPOWER® UPLFP batteries, we can highlight the following resources and features present in 48V line batteries:

• Status of Charge (SoC) light indicator
• Status of Health (SoH) indicator
• Communication ports for battery monitoring

WHY CHOOSE UNIPOWER® LITHIUM BATTERY?

• 60 million lithium batteries for mobile devices made in Brazil.
• Battery installed in Telecom and Energy clients since 2016.
• Financial feasibility solution: CAPEX and OPEX.
• Product tested and approved by accredited institutions: CPqD and TÜV.
• Lifetime 6,000 cycles.
• Fast recharging, less than 3 hours

Batteries for home use

Batteries are an essential component for home solar energy systems, as they enable storing the energy generated by solar panels for later use. This may provide a series of benefits, such as

1. Reduction of power bill values: Batteries enable the consumers to reduce their dependency of the power grid, which may result in significant reduction of the power bill value.
2. Energy independence: Batteries provide stable energy source, which may help to mitigate power outages.
3. Greater comfort: Batteries enable the consumers for using solar energy even at night or in cloudy days.
4. Sustainability: Batteries enable the consumers for using more renewable energy, which contributes for the reduction of pollutant gas emissions.
5. Property valuation: The system as a whole may increase the property value, making it more attractive for eventual buyers. 

Batteries for elevators: safety strength

Batteries are an essential component of elevators, as they supply backup power in case of power outage. One strength of the application of batteries for elevators is that they may help to improve the safety of passengers.

In case of mains power outage, batteries enable to move down the elevators to the closest floor and open the doors. This prevents the passengers from getting stuck into the elevator, which can be a dangerous situation.

In addition, batteries may help to prevent accidents caused by failures in the electric system. For example, in case of sudden mains power outage, the elevator can be stopped on an intermediate floor, and the battery function in this scenario is assuring that the elevator remains operating. 

Other strengths of the application of batteries for elevators:

• Better efficiency: batteries may help to improve efficiency of elevators, as they prevent unnecessary stops.
• Greater reliability: batteries may help to increase reliability of elevators, as they provide backup power in case of failures.

Lithium batteries for isolated systems

Lithium batteries are an increasingly popular option for isolated systems, such as off-grid homes and photovoltaic solar energy systems. They offer a series of benefits over traditional batteries, including:

• Longer lifetime: lithium batteries provide up to 10-year lifetime, which is much more than that of traditional batteries, which last on average 3-5 years.
• Greater efficiency: lithium batteries are more efficient than the traditional ones.
• Lower weight and smaller size: Lithium batteries are lighter and smaller than the traditional ones, which facilitates transport, installation and maintenance.
• Greater safety: lithium batteries are safer than the traditional ones, as they do not pose risk of leak or explosion.

Shown below are some examples of how lithium batteries may be used in isolated systems:  - ok

• In an off-grid home, lithium batteries may supply power for lighting, electronic equipment and other devices.
• In a photovoltaic solar energy system, lithium batteries may store solar energy to be used at night.
• In a wireless communication system, lithium batteries may supply power to cellphone towers and other devices.

Application of lithium batteries in power storage systems

Lithium batteries are a type of battery that is becoming increasingly popular for use in power storage systems (ESS). They offer a series of benefits over other traditional battery types, including:

• Longer lifetime: lithium batteries provide up to 10-year lifetime, which is much more than that of traditional batteries, which last on average 3-5 years.
• Greater efficiency: lithium batteries are more efficient than the traditional ones, which means they are capable to store more energy per unit volume.
• Lower weight and smaller size: Lithium batteries are lighter and smaller than the traditional ones, which facilitates transport, installation and maintenance.
• Greater safety: lithium batteries are safer than the traditional ones, as they do not pose risk of leak or explosion.

These benefits make lithium batteries an ideal choice for ESS applications, which require performance, reliability and safety.

ESS applications with lithium batteries

Lithium batteries can be used in many different ESS applications, including:

• Distributed generation: ESS’s with lithium batteries can be used to store solar o wind energy, enabling the use of these resources to generate electricity 24 hours a day, 7 days a week.

• Power management: ESS’s with lithium batteries can be used to balance the demand for power, preventing demand peaks and reducing the need for power generation with fossil fuels.
• Smart grids: ESS’s with lithium batteries can be used to improve reliability and efficiency of power grids, supplying backup power in case of mains power outage and helping to manage power demands.

Examples of ESS with lithium batteries

Shown below are some examples of ESS with lithium batteries:

• Home solar energy system using lithium batteries to store solar energy during the day and supply power to the home at night.
• Commercial wind energy system using lithium batteries to store solar energy and supply power to a business building.
• Power management system for power grid using lithium batteries to balance power demand and meet demand peaks.

Benefits of ESS with lithium batteries 

ESS’s with lithium batteries provide a series of benefits, including:

• Power cost reduction: ESS’s with lithium batteries may help to reduce power costs by supplying backup power and to manage power demands.
• Better reliability: ESS’s with lithium batteries may help to improve power supply reliability, by supplying backup power in case of mains power outage.

Greenhouse gas emission reduction: ESS’s with lithium batteries may help to reduce greenhouse gas emissions, replacing power generation with fossil fuels.

Batteries for off-grid systems - ok

Batteries are an essential component for off-grid systems, which are the ones not connected to the power grid. They are in charge of storing solar energy generated in daylight periods, which will be used at night or in cloudy days.

There are several types of batteries available in the market, each one with its own benefits and drawbacks. For off-grid systems, lithium batteries are the most recommended ones, as they offer a series of benefits, such as:

• Greater energy density: Lithium batteries store more energy in a smaller space, which means it is possible to install a smaller and more efficient system.
• Longer lifetime: Lithium batteries last longer than lead-acid batteries, which enables saving money in the long term.
• Less maintenance: Lithium batteries require less maintenance than lead-acid batteries, which facilitates their use.
• Lower weight: Lithium batteries are lighter lead-acid batteries, which facilitates their transport and installation.
• Greater efficiency: Lithium batteries are more efficient than lead-acid batteries, which means they loss less energy over the storage time.

Shown below is a summary of the 5 strengths of lithium batteries for off-grid systems:

• Greater energy density
• Longer lifetime
• Less maintenance
• Lower weight
• Greater efficiency

Batteries for hybrid systems

Batteries are an essential component for hybrid systems, which are the ones that combine two or more types of power generation, such as solar energy, wind energy or fossil-fuel energy. They are in charge of storing the excess energy generated by one of the systems to be used by the other system or the power grid.

There are several types of batteries available in the market, each one with its own benefits and drawbacks. For hybrid systems, lithium batteries are the most recommended ones, as they offer a series of benefits, such as

• Greater energy density: Lithium batteries store more energy in a smaller space, which means it is possible to install a smaller and more efficient system.
• Longer lifetime: Lithium batteries last longer than lead-acid batteries, which enables saving money in the long term.
• Less maintenance: Lithium batteries require less maintenance than lead-acid batteries, which facilitates their use.
• Lower weight: Lithium batteries are lighter lead-acid batteries, which facilitates their transport and installation.

Greater efficiency: Lithium batteries are more efficient than lead-acid batteries, which means they loss less energy over the storage time.