Vehicle Charging
Energy storage in electromobility can be used in vehicle charging systems, enabling more efficient and sustainable use of energy.
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Comprehensive energy storage solution for modern energy transformation
TFPowerPack is an advanced energy storage system developed by TFKable Group that supports sustainable development and energy transformation. With its modular design, versatile functionality and advanced technologies, TFPowerPack is the ideal solution for industry, infrastructure and commercial applications.
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TFPowerPack Benefits
TFPowerPack Benefits
Energy cost optimization:
The system allows for significant savings thanks to the Peak Shaving and Load Shifting functions.
Increased reliability:
TFPowerPack guarantees uninterrupted power supply thanks to the UPS, Back-up Power and Black Start functions, which minimizes the risk of losses resulting from network failures.
Support for renewable energy sources (RES):
Integration with RES systems allows for effective energy management and reduction of CO₂ emissions.
Grid stabilization:
The system eliminates voltage fluctuations, ensuring a steady and reliable power supply.
Advanced Energy Management System (EMS):
TFPowerPack is based on its own energy management system - EMS (Energy Management System), which allows for precise monitoring, analysis and optimization of energy consumption and storage in real time.
TFPowerPack Applications
TFPowerPack Applications
Solar Energy Storage
Energy storage facilities enable the efficient use of energy from renewable sources (such as solar energy) by storing it during periods of excess production
TFPowerPack Applications
Buildings and Infrastructure
Energy storage in buildings and infrastructure can manage energy consumption, provide emergency power and integrate with energy management systems and smart grids.
TFPowerPack Applications
Traction Network and Charging Stations
Energy storage in public transport acts as a stabilizer of traction network parameters, limits peak power and recovers energy from braking electric vehicles. They also allow for integration with fast charging stations.
TFPowerPack Applications
Renewable Energy Sources
Energy storage, in conjunction with renewable energy sources such as wind power, helps to efficiently store energy during periods of overproduction and use it when it is needed.
TFPowerPack Applications
Public Infrastructure
Energy storage in public infrastructure enables surplus renewable energy production to be shifted to peak demand hours, optimizing energy consumption and reducing building operating costs.
TFPowerPack Applications
Public Transport
Energy storage in transport stabilizes the traction voltage of the transport network, minimizing its fluctuations and enables the recovery of braking energy, which improves the efficiency of the supply network.
TFPowerPack Applications
Industry
Energy storage systems in industry eliminate voltage sags, ensure grid stability and actively compensate for reactive power, increasing the reliability of power supply to production plants.
TFPowerPack Functionalities – Smart Solutions for Home and Business
Integration with Renewable Energy Systems – Enables optimization of energy sources and provides full flexibility in resource management. Benefits:
- Increased independence from the power grid
- Ability to use multiple energy sources depending on conditions and tariffs
UPS Mode – Allows the energy storage system to be used for emergency power supply to critical infrastructure and to protect production processes from voltage drops and outages. Benefits:
- Protection against sudden power outages
- Continuous operation of key devices (e.g., servers, heating systems, alarms, critical public and private infrastructure)
TFPowerPack Functionalities – Smart Solutions for Home and Business
Load Balancing – Manages energy consumption by shifting loads from peak demand periods to off-peak hours, ensuring stable power supply without overloads.
Grid Stabilization – Provides functionality for stabilizing and balancing phase voltages and filtering harmonic distortions. Benefits:
- Protection of devices from voltage fluctuations
- Reactive power compensation
Dual Voltage Standards:
- AC/DC (distribution and transmission networks)
- DC/DC (traction power supply, fast DC chargers)
TFPowerPack Functionalities – Smart Solutions for Home and Business
Operational Flexibility – Microgrid and island mode operation allow adaptation to different operational environments. Benefits:
- Complete energy independence
- Energy flow management between different power sources (PV farms, diesel generators) and consumers
Energy Consumption Optimization Based on Tariffs – The system can analyze tariffs and energy usage, drawing power from the grid during the cheapest hours and feeding it back when prices are high, ensuring significant savings on electricity bills.
TFPowerPack Functionalities – Smart Solutions for Home and Business
Optimization for Electric Vehicles – The energy storage system can work with a home charging station, adjusting vehicle charging based on tariffs and available energy. Benefits:
- Ability to use surplus energy to power the vehicle
- Higher charging efficiency with DC/DC operation mode
- More cost-effective electric vehicle charging
Compatibility with Other EMS and SCADA Systems – TFPowerPack operates on an in-house developed EMS (Energy Management System) created by a dedicated team of software engineers and developers, allowing for flexible expansion and security monitoring. The EMS can also be integrated with an external SCADA system or another EMS, enabling real-time monitoring and energy resource management while ensuring seamless integration with external infrastructure for maximum efficiency.
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Key elements
Key elements
Fire protection system
Converter
HVAC system
Transformer
Batteries
Containers
Fire protection system
An important piece of equipment for our energy storage facilities are fire safety systems that prevent secondary fires and uncontrolled temperature increases. They have all the necessary certificates: CNBOP or VdS, guaranteeing their effectiveness and safety. Before the container is put into use, each of them is subjected to a tightness test, which allows checking the efficiency of the fire protection system.
Converter
A key element of the energy storage, it connects the batteries to the external network, ensuring reliability and long service life. The systems used are based on proven technology, guaranteeing efficiency and low investment and operating costs. The implemented converter systems allow for a wide range of offered functionalities, including such unique ones as micro-network operation or the ability to work in two voltage standards: AC/DC and DC/DC.
HVAC system
Heating, ventilation, air conditioning - ensures optimal working conditions for all components of the energy storage, which affects its efficiency and durability. HVAC systems are carefully designed, ensuring high quality and redundancy in the event of a failure and are linked by a superior management program that provides a wide range of work settings depending on current needs and conditions.
Transformer
It acts as a safeguard for the energy storage, separating it from the external network and providing additional protection. In the event of a failure or a sudden increase in voltage in the network, the transformer plays a key role in ensuring the safety of the entire system.
Batteries
In our solutions, we carefully select batteries, including various material groups such as: LFP (lithium iron phosphate), NMC (nickel manganese cadmium) and LTO (lithium titanium). We focus on quality and safety, which is why each battery used is provided with appropriate certificates and certificates issued by accredited laboratories such as TUV or UL. The main parameters describing the battery, apart from its capacity or charge/discharge currents, is its durability expressed in the number of cycles. Depending on the type of battery, their lifespan can range from 2500 cycles in the case of NMC batteries, 6000 cycles for LFP, up to about 20000 cycles for LTO batteries.
Containers
TFPowerPack systems are characterized by, among other things, mobility, which is why the vast majority of housings are specially adapted sea containers. Designed by engineers, thermally insulated, anti-corrosion protected and equipped with lightning insulation, they ensure year-round operation in all weather conditions.
Test Facility for Large-Scale Energy Storage Systems
The test facility is Poland’s only advanced, multifunctional engineering laboratory dedicated to testing large-scale energy storage systems. Designed by our engineers, it enables precise testing, optimization of various energy storage solutions, and seamless integration with diverse components such as photovoltaic systems and conventional solutions, including diesel generators.
Testing Capabilities:
- Charging and discharging cycles
- Simulation of operation with a PV system
- Simulation of power system failures or sudden load surges
- Cyclic testing
- Grid integration assessment
- Testing of advanced algorithms
Energy Management System (EMS)
An advanced tool for optimizing energy flow, system monitoring, and maximizing the efficiency of energy storage, PV farms, and EV stations. Leveraging modern technologies and intelligent algorithms, EMS enables effective management of energy production, consumption, and storage.
- Remote Access – EMS provides secure remote access, allowing monitoring and control of the energy storage system from any location.
- Flexible Integration – The system supports seamless integration with other systems and devices through popular communication protocols and modular architecture.
- Data Activation & Intelligent Algorithms – EMS ensures precise system parameter readings and applies tailored control algorithms to optimize efficiency and energy consumption for each PV farm.
- Self-Diagnostics & Alerts – The system continuously monitors operating parameters and generates alerts when irregularities are detected, enabling early fault detection and minimizing downtime. Users receive notifications via email/SMS, with alerts customized to the specific installation.
- Energy Storage Management for Day-Ahead Market – EMS optimizes energy sales and storage management on the energy exchange, analyzing production forecasts and market prices.
- Data Security – Ensures data protection through encrypted communication, authorized access, and regular backups, safeguarding against data loss and unauthorized access.
