Emergency power supply POWER SINUS 2000 24/230V (2000/6000W) 3SSP200024

Pure sine, no compromises

The Power Sinus 2000 24/230V UPS doesn’t just convert energy from the battery—it does so in a way that inductive devices recognize as identical to the public grid. A clean sinusoidal output is not marketing fluff; it’s a necessity when powering a refrigerator, heat pump, or air compressor. These devices cannot tolerate “approximate” waveforms—they require pure voltage to avoid damaging the motor or causing interference. This is precisely where this power supply stands out: no noise, no spikes, no risk of damaging expensive equipment.

For the installer—simplicity and flexibility

The ability to connect various 24V battery types is a major practical advantage—you don’t need to replace batteries just because the customer uses a different energy source. The 10A charger operates efficiently and safely: it automatically adjusts voltage based on battery state, prevents overcharging, and disconnects load at low voltage (20V). Multiple layers of protection are built in—against overload, short circuits, temperature extremes, and overvoltage—all within a single housing, eliminating the need for separate chargers or switches. Switch-over time from grid to battery is under 10 ms—practically imperceptible to the user.

For the user—stability and durability

When the grid power fails, this UPS won’t let you down. A continuous 2000W output ensures uninterrupted operation of heat pumps or compressors. And if you need a brief surge—for example, to start a motor—the unit delivers up to 6000VA for 20 seconds, sufficient to start most household and industrial devices. Temperature stability is guaranteed: it operates reliably between 0°C and 40°C, and fan cooling ensures long-term performance even under full load. Dimensions and weight (~20 kg) are designed for fixed installation in an enclosure or technical room—not for daily transport, but for permanent mounting.

All this is engineered for years of reliable operation: converter efficiency near 88%, power factor close to unity, voltage regulation ±10%—all ensuring stable performance even during grid fluctuations.