Pylontech® EnergyRack
The use of batteries for large-scale storage of (renewable) energy in industry and related sectors (like Pylontech® EnergyRack) has been on the rise in recent years. This is influenced by regulations, rising energy prices and grid costs, outdated grid infrastructure, power shortages due to large consumers and growing ecological awareness. These batteries are recovered in the following three areas:
The surplus energy production is stored and later used in case of shortages. This increases the self-consumption of the company and less energy is injected and taken from the grid. This increase in self-consumption is the battery’s main profit factor.
Companies are heavily penalized financially for their peak consumption. A battery controlled by an intelligent EMS (Energy Management System) can smooth out these peaks (peak-shaving). In this way, you can save on your energy bill without having to change your operation/behavior.
The variable energy prices (arbitrage) react very erratically in function of the general consumption but also in function of the presence of sun and wind. The battery can store cheap energy from the grid and its own production to consume itself at peak times when energy is again more expensive. Optionally, with the addition of a dedicated EMS, key opportunities in the imbalance market can be taken advantage of.
AUTONOMOUS AND AUTOMATED
Thanks to the automated operation of our Pylontech® EnergyRack system, our installations are completely maintenance free. You can monitor your entire system via a handy app on your smartphone or PC. You don’t have to do anything yourself to save on your energy bill!
The temperature of the Pylontech® EnergyRack batteries is automatically kept stable thanks to a built-in climate control. In combination with our specially designed cabinet, this provides optimal conditions to guarantee a long life.
ENERGY MANAGEMENT SYSTEM
In addition to a pure technical controller named AQ-Smart® Multi-EnergyRack, we offer additional options to optimize the battery and achieve faster payback. We recommend upgrading to an intelligent controller.
On the one hand, you can implement the AQ-Smart® Dynamic and Multi-EnergyRack controls to take advantage of Day-Ahead pricing. In cooperation with any variable energy contract, this control via the Internet link will ensure additional optimization.
If you want to fully optimize battery control and reduce payback time, we recommend the AQ-Smart® Yuso® Inside (Only in BENELUX and UK), Dynamic and Multi- EnergyRack as the absolute ultimate. This regulates battery charging and discharging via algorithms based on energy prices, weather forecast and its own consumption pattern. The AQ-Smart Yuso® Inside control works in conjunction with an energy contract through aggregator Yuso® and combines Day-Ahead prices with imbalance market opportunities.
YOUR PYLONTECH® ENERGYRACK BATTERY SYSTEM FULLY CUSTOMIZED!
Thanks to the modular structure of our Pylontech® EnergyRack, many different configurations are available ranging from 5 – 15 – 20 – 29 – 48 – 67 – 77 – … up to 308 kWh…
Our batteries are supplied with matching industrial inverters that are perfectly dimensioned for the installation. The possibilities are listed at the bottom of this brochure.
PYLONTECH® ENERGYRACK SIMULATION TOOL
Installing an industrially balanced Pylontech® EnergyRack energy storage system is our main concern. through our simulation tool Battery Supplies is able, provided some parameters, to quickly answer the correct sizing of the battery and inverters. Using the simulation we show the real yields and payback time, linked to market representative energy tariffs and energy yields. Here we take into account PV and possible wind turbine production, consumption profile and local specific situations. In the report you will find the savings on self-consumption, peak consumption, possible additional savings when using dynamic tariffs and savings on the imbalance market.
TECHNICAL DATA
| 29 kWh | 48 kWh | 67 kWh | 77 kWh | ||||
| Technology | Li-ion (LiFePO4 or LFP) | ||||||
| Battery module | PylonTech® US5000 – 4,8kWh – 48V | ||||||
| No. of modules | 6 | 10 | 14 | 16 | |||
| Nominal voltage (V) | 48 | ||||||
| Nominal Capacity (Ah) | 600 | 1000 | 1400 | 1600 | |||
| Capacity (Wh) | 28800 | 48000 | 67200 | 76800 | |||
| Power (kW) | 23040 | 38400 | 53760 | 61440 | |||
| Dimensions (mm) | 660 x 650 x 2185 | 660 x 650 x 2185 | 1320 x 650 x 1985 | 1320 x 650 x 1985 | |||
| Weight (kg) | 358,6 ± 2% | 517,4 ± 2% | 771,2 ± 2% | 864,4 ± 2% | |||
| D.O.D. (%) | 95 | ||||||
| Cycle life | > 8000 @ 25°C | ||||||
| Communication port | RS485, CAN | ||||||
| Warranty | 10 years (warranty) daily cycle* | ||||||
* Subject to registration of Pylontech EnergyRack at: https://en.pylontech.com.cn/service/support/
