Compare batteries by ampere-hour only
ENERGY RESERVE WITH MEASURABLE RESOURCE
Energy storage systems and battery backup
Batteries, BMS, inverters, and backup panels for homes, businesses, and critical equipment.
MAIN RESULT
A storage device is selected simultaneously according to energy, power, resource, and operating conditions. We show expected hours of operation and allowable loads for several scenarios.
PRACTICAL SCENARIO
How the solution helps in a real-world situation
When the network is disconnected, the entire facility is not powered. The backup receives connectivity, server, security, and the selected technological line. The system reports the remaining energy and shuts down less important groups until critical discharge.
WHERE THE RESULT IS LOST
The problem is rarely located in a single device
We check the project, installation, settings, power, data, and maintenance as a single chain.
Do not take into account the discharge power and inrush currents
BMS and inverter are not compatible
The battery is installed without proper ventilation, temperature, and protection
SCOPE OF WORK
What we design and inspect
Work boundaries and acceptance criteria are recorded before equipment purchase
- 01
Counting Energy and Peak Power
- 02
Choosing chemistry and allowable depth of discharge
- 03
Designing BMS, protection, and backup groups
- 04
Conducting an autonomy and recovery test
HANDOVER TO THE CLIENT
What remains with the owner of the system
- Hour calculation by scenarios
- List of permitted loads
- Customized Thresholds
- Condition Monitoring
- Maintenance and End of Life Plan
BEFORE ORDER
Questions: energy storage
Short answers to questions that affect the composition, cost, and reliability of the solution.
01What is the difference between kW and kWh?
A kilowatt shows the power the system can deliver now, and a kilowatt-hour shows how much energy is stored. Both parameters are important for backup.
02Why can’t it be calculated only by battery capacity?
Part of the capacity is unavailable due to allowable depth of discharge, losses, temperature, and reserve. In addition, the battery must withstand the required power.
03Which battery chemistry is best?
It depends on temperature, cycles, power, location, and budget. LiFePO4 is often convenient for cyclical operation, but the specific system is evaluated together with the BMS and inverter.
04Can I add batteries later?
If the manufacturer and architecture allow expansion. Batteries of different ages and conditions cannot be combined without verification and an agreed scheme.
05Where to place the drive?
In a dry controlled room with an acceptable temperature, maintenance access, and provided protection. Requirements depend on the capacity and type of equipment.
06How to check real autonomy?
By test disconnection under an agreed load. We record transition, power, discharge, notifications, and proper network restoration.
ENGINEERING CONSULTATION
Let's discuss: energy storage
Send the city, facility purpose, photos or plan and the current problem. Let's determine the initial data for a accurate proposal.