INTEGRATED BEHIND THE METER ENERGY STORAGE SOLUTION FROM DYNAPOWER AND SAMSUNG SDI
The BTM-250 has been optimized for behind-the-meter energy storage applications where reliability and footprint matter. This system is designed specially for behind-the-meter energy storage applications such as Demand Response/Demand Charge Reduction and Backup Power.
The system is based on Dynapower’s MPS-250 Smart Energy Storage Inverter integrated with a Samsung Battery.
The Integrated Dynapower Samsung System includes:
- MPS-250 kW Smart Energy Storage Inverter
- Outdoor Rated, Climate Controller Enclosure for Batteries
- Batteries – Configurable for 2, 4, or 6 hour duration
- All AC and DC Switchgear
- Local Energy Storage Controller
- Integrated AC Breaker with Shunt Trip
- Integrated DC Disconnect
- Integrated DC Input Fuses
- Integrated Cooling System
- Black Start
F COMP: AUTONOMOUS Hz/WATT SUPPORT
A Hz-Watt function that provides immediate and automatic voltage support to the grid.
Dynapower’s IPS-500 integrated solution containing all required protective features, as well as an AC output breaker and DC disconnect switch to provide a fully integrated solution. This offers end users and energy storage integrators a cost advantage when compared to non-integrated systems that require additional add-on items.
Dynapower’s proprietary Dynamic Transfer algorithm monitors the grid stability and upon detectinga grid disturbance will disconnect from the grid connection and transition to stand alone mode on the load connection. The transition is seamless to the critical loads and supports full load imbalances.
E COMP: AUTONOMOUS VOLT/VAR SUPPORT
A Volt Var function that provides immediate and automatic frequency support to grid.
DC Voltage, PV
Max DC Current, PV
DC Voltage, Battery
DC Current, Battery
Liquid Cooled PCS, Air Cooled Transformer and air conditioned container
Rated Max Elevation
1,000 Meters Full Power
NEMA 3 R
101” x 85” x 61” w/o Transformer
AC Line Voltage
480 VAC 3 Phase, +10%, -12%
AC Line Frequency
60 Hz (57 – 60.5 Hz) Field Settable
Continuous AC Current
684 A RMS
Overload AC Current
900 A RMS
Continuous AC Power
Overload AC Power
0 – 1.0 Leading or Lagging
IEEE 1547 Compliant, <5% TDD