# Best UPS Under $300 for Home Lab in 2026 Sine-wave UPS picks under $300 for home labs from CyberPower and APC, compared by capacity, outlets, published runtime, batteries, and NUT support. - URL: https://homelabpicks.com/ups-power/best-ups-under-300/ - Published: 2026-03-15 - Updated: 2026-09-30 - Evidence: research-backed > HomeLabPicks earns a commission on qualifying purchases made through https://homelabpicks.com/go/ links. Prices change; check the retailer before buying. Disclosure: https://homelabpicks.com/disclosure/ ## Verdict **[CyberPower CP1500PFCLCD](https://homelabpicks.com/go/cyberpower-cp1500)**: 1500VA/1000W sine-wave tower with 12 outlets and USB shutdown signaling. The best balance of capacity and headroom under $300. ## Products ### Our Pick: [CyberPower CP1500PFCLCD](https://homelabpicks.com/go/cyberpower-cp1500) The default sine-wave tower for home labs. It pairs a 1000W rating with 12 outlets, a tilting color LCD, and a USB HID port that NUT lists under the usbhid-ups driver. CyberPower's warranty runs three years and covers the batteries. - Capacity: 1500VA / 1000W - Waveform: Sine wave (PFC Sinewave) - Topology: Line-interactive with AVR - Outlets: 12: 6 battery + surge, 6 surge only - Battery: 2 × 12V/9Ah, user-replaceable - Runtime (CyberPower): 10 min at half load (500W), 2.5 min at full load - Charging ports: USB-A + USB-C (3.1A shared) Pros: - 1000W, the most headroom in this guide - Sine-wave output for active-PFC power supplies - USB-A and USB-C charging ports - 3-year warranty including batteries Cons: - Tower format; a rack needs a properly rated shelf - Six of the 12 outlets are surge-only - Lead-acid batteries need replacing every few years ### Best APC Option: [APC BR1500MS2](https://homelabpicks.com/go/apc-br1500) APC's sine-wave 1500VA tower. It gives up 100W and two outlets to the CyberPower and usually costs more, but it suits labs that already standardize on APC. APC lists a lifetime $500,000 equipment protection policy. - Capacity: 1500VA / 900W - Waveform: Sine wave - Topology: Line-interactive with AVR - Outlets: 10: 6 battery + surge, 4 surge only - Battery: APCRBC163 cartridge, user-replaceable - Transfer time: 8 ms typical, 10 ms max - Charging ports: USB-A + USB-C Pros: - Sine-wave output with AVR - Single-cartridge battery replacement (APCRBC163) - USB-A and USB-C charging ports - Works with NUT's usbhid-ups driver like other APC Back-UPS Pro units Cons: - 900W vs the CyberPower's 1000W - 10 outlets vs 12 - APC lists a 16-hour typical recharge - Battery warranty is 1 year (UPS 3 years) ### Midrange Pick: [CyberPower CP1350PFCLCD](https://homelabpicks.com/go/cyberpower-cp1350) A slightly smaller sibling of the CP1500PFCLCD with the same outlet layout and LCD. It makes sense only when it costs meaningfully less, because its batteries and runtime are smaller. - Capacity: 1350VA / 880W - Waveform: Sine wave (PFC Sinewave) - Topology: Line-interactive with AVR - Outlets: 12: 6 battery + surge, 6 surge only - Battery: 2 × 12V/7Ah, user-replaceable - Runtime (CyberPower): 8 min at half load (440W), 2 min at full load Pros: - 880W covers labs with a peak load under about 580W - Same 12-outlet layout as the CP1500PFCLCD - NUT lists it under the usbhid-ups driver Cons: - Smaller 7Ah batteries give less runtime than the CP1500PFCLCD - No USB charging ports listed - The price gap to the CP1500PFCLCD is often small ### Budget Pick: [CyberPower CP1000PFCLCD](https://homelabpicks.com/go/cyberpower-cp1000) The least expensive CyberPower sine-wave tower in this guide. Its 600W rating suits a single NAS, or a mini PC and switch, with a peak load under about 400W, but a growing lab will outgrow it. - Capacity: 1000VA / 600W - Waveform: Sine wave (PFC Sinewave) - Topology: Line-interactive with AVR - Outlets: 10: 5 battery + surge, 5 surge only - Battery: 1 × 12V/9Ah, user-replaceable - Runtime (CyberPower): About 6 to 8 min at half load (300W) - Charging ports: USB-A + USB-C (3.1A shared) Pros: - Lowest price in this guide - USB-A and USB-C charging ports - Single battery keeps replacement simple - Compact 3.9 x 9.7 x 10.2 in footprint Cons: - 600W leaves little room to grow - Shortest runtime here - Not named individually in NUT's hardware list ## Comparison | Product | Capacity | Outlets (battery / surge) | Maker runtime (half load) | Battery | USB charging | NUT hardware list | | --- | --- | --- | --- | --- | --- | --- | | [CyberPower CP1500PFCLCD](https://homelabpicks.com/go/cyberpower-cp1500) (winner) | 1500VA / 1000W | 6 / 6 | 10 min at 500W | 2 × 12V/9Ah | USB-A + USB-C | Listed (usbhid-ups) | | [APC BR1500MS2](https://homelabpicks.com/go/apc-br1500) | 1500VA / 900W | 6 / 4 | Runtime graph on APC's site | APCRBC163 cartridge | USB-A + USB-C | Back-UPS Pro entries (usbhid-ups) | | [CyberPower CP1350PFCLCD](https://homelabpicks.com/go/cyberpower-cp1350) | 1350VA / 880W | 6 / 6 | 8 min at 440W | 2 × 12V/7Ah | None listed | Listed (usbhid-ups) | | [CyberPower CP1000PFCLCD](https://homelabpicks.com/go/cyberpower-cp1000) | 1000VA / 600W | 5 / 5 | About 6 to 8 min at 300W | 1 × 12V/9Ah | USB-A + USB-C | Not named individually | Spending roughly $150 to $300 on a UPS does not feel exciting until the power flickers during a ZFS scrub or a Proxmox backup. A hard power loss at the wrong moment can mean hours of recovery, a damaged VM image, or a degraded array. The good news: this budget buys sine-wave output, AVR, an LCD, and USB integration with NUT, which is enough to shut a typical home lab down cleanly. The product cards above list each unit's specs; the sections below explain the trade-offs. ## Why Sine-Wave Output Matters Every UPS in this guide outputs a sine wave on battery. That matters because active-PFC power supplies, common in desktop PCs, servers, and NAS units with internal power supplies, can misbehave on the stepped output of cheaper standby UPS units, and some shut down at the moment of transfer. Devices on external power bricks are usually more tolerant, which is why a stepped unit from our [under-$150 guide](https://homelabpicks.com/ups-power/best-ups-under-150/) can be fine for a modem and router. For a server or a NAS with an internal power supply, buy sine wave. ## Our Pick: CyberPower CP1500PFCLCD The [CyberPower CP1500PFCLCD](https://homelabpicks.com/go/cyberpower-cp1500) is the tower UPS we recommend first under $300. It typically sells for roughly $200 to $250 and pairs a 1500VA/1000W rating with sine-wave output, 12 outlets (6 battery-backed), USB-A and USB-C charging ports, and a USB HID port that NUT lists under the usbhid-ups driver. CyberPower lists 10 minutes of runtime at half load (500W) and 2.5 minutes at full load. A typical 100W lab runs considerably longer than the half-load figure, so check CyberPower's runtime chart at your own load. The 1000W rating is the key advantage in this price range. You can start with a 100W lab and grow into a larger NAS, a second mini PC, or a PoE switch without replacing the UPS. The APC BR1500MS2 tops out at 900W and the CP1350PFCLCD at 880W. The tilting color LCD shows load, estimated runtime, and battery status. The two 12V/9Ah batteries are user-replaceable, and CyberPower's three-year warranty covers them. **Buy it if:** you are protecting a NAS, a Proxmox mini PC, a switch, and a router, and want enough headroom and runtime for clean NUT shutdowns. **Skip it if:** your setup is a single low-power device, you need a 2U rack unit, or the extra headroom will never be used. For a broader look, see our [best UPS for home lab](https://homelabpicks.com/ups-power/best-ups-home-lab/) guide; for rack placement, see the [UPS shelf guide](https://homelabpicks.com/racks/best-rack-mount-ups-shelf/). --- ## Best APC Option: APC BR1500MS2 The [APC BR1500MS2](https://homelabpicks.com/go/apc-br1500) is APC's sine-wave 1500VA tower. It typically sells for roughly $250 to $300, close to this guide's ceiling, so check the current price. It is rated 900W instead of 1000W, which only matters if your peak load approaches that limit. APC's strengths here are familiarity and the replacement path: a single APCRBC163 battery cartridge, a lifetime $500,000 equipment protection policy, and USB-A and USB-C charging ports on the front. NUT supports APC Back-UPS Pro units through the same usbhid-ups driver as the CyberPower. The BR1500MS2 is not named individually in NUT's list, so confirm that your platform detects it. The drawbacks are all on the spec sheet: 10 outlets versus 12, a 16-hour typical recharge time, and a one-year battery warranty (three years on the UPS). APC publishes a runtime graph on its product page rather than half-load figures on the datasheet. For a detailed head-to-head, see our [CyberPower vs APC](https://homelabpicks.com/ups-power/cyberpower-vs-apc/) comparison. --- ## Midrange: CyberPower CP1350PFCLCD The [CyberPower CP1350PFCLCD](https://homelabpicks.com/go/cyberpower-cp1350) is a slightly smaller sibling of the CP1500PFCLCD: 1350VA/880W, the same 12-outlet layout (6 battery-backed), and the same LCD and USB monitoring. It typically sells for roughly $180 to $230. The practical difference is battery size. It uses two 12V/7Ah batteries instead of 9Ah, and CyberPower lists 8 minutes at half load (440W). Its 880W rating still covers a lab with a peak load under about 580W. Because the price gap to the CP1500PFCLCD is often small, most buyers should get the larger unit; choose the CP1350PFCLCD only when it is meaningfully cheaper. --- ## Budget Pick: CyberPower CP1000PFCLCD The [CyberPower CP1000PFCLCD](https://homelabpicks.com/go/cyberpower-cp1000) is the least expensive sine-wave tower here, typically roughly $150 to $200. It is rated 1000VA/600W with 10 outlets (5 battery-backed), a single 12V/9Ah battery, and USB-A and USB-C charging ports. CyberPower's datasheet lists about 6 to 8 minutes at half load (300W). It suits a single-device setup: a NAS on its own, or a mini PC running Home Assistant plus a switch. With the 1.5x rule, keep its peak load under about 400W. Add a second NAS, a GPU host, or a loaded PoE switch and you will outgrow it; for anything with growth potential, spend the difference on the CP1500PFCLCD. --- ## How to Size a UPS for Your Lab Do not guess; measure. A plug-in power meter between your power strip and the wall shows what your lab draws at idle and under load. Rough planning figures, which vary by model and workload: - Mini PC (Intel N100/N150 class): roughly 10 to 30W - Mini PC (Ryzen 7 class): roughly 15 to 80W - 4-bay NAS with spinning drives: roughly 30 to 60W - Managed 8-port switch: roughly 8 to 15W - PoE switch (8-port, loaded): 40 to 80W or more, depending on the powered devices **Sizing rule:** buy a UPS whose watt rating is at least 1.5 times your measured peak load. That keeps the peak at or below about two-thirds of the rating, leaves margin for startup surges, and gives you room to add gear. A 100W lab needs at least 150W of capacity, so every unit here covers it; the larger units add runtime and headroom. A 300W lab needs at least 450W, which the CP1000PFCLCD covers only if the lab will not grow. For the full calculation, see our [how to size a UPS](https://homelabpicks.com/ups-power/how-to-size-ups/) guide. --- ## NUT Setup: The Short Version Every UPS in this guide has a USB port for NUT's usbhid-ups driver; check NUT's hardware list for your exact model. A minimal standalone setup on Proxmox VE 9 or another Debian-based host: 1. Connect the UPS to the host by USB and install NUT: `apt install nut` 2. Edit the configuration files: ``` # /etc/nut/nut.conf MODE=standalone # /etc/nut/ups.conf [ups] driver = usbhid-ups port = auto # /etc/nut/upsd.users [upsmon] password = choose-a-password upsmon primary # /etc/nut/upsmon.conf (add this line) MONITOR ups@localhost 1 upsmon choose-a-password primary ``` 3. Restart NUT (`systemctl restart nut-server nut-monitor`, or reboot) and confirm that the UPS answers with `upsc ups@localhost`. 4. Time your full shutdown, then test by unplugging the UPS. upsmon starts the shutdown when the UPS reports low battery; if that leaves too little margin, raise the low-battery threshold with an override in ups.conf where your UPS supports it. To shut down other machines too, set `MODE=netserver`, let upsd listen on the network, and run NUT in client mode on the other hosts. Synology DSM can act as a network UPS client of a NUT server; check Synology's documentation for the UPS name and credentials it expects. --- ## Bottom Line The **[CyberPower CP1500PFCLCD](https://homelabpicks.com/go/cyberpower-cp1500)** is the best UPS under $300 for a home lab that might grow: 1000W of sine-wave output, 12 outlets, and USB shutdown signaling that NUT supports. If you standardize on APC, the **[APC BR1500MS2](https://homelabpicks.com/go/apc-br1500)** trades 100W and two outlets for APC's cartridge-based replacement path. The **[CyberPower CP1350PFCLCD](https://homelabpicks.com/go/cyberpower-cp1350)** makes sense only when it costs meaningfully less than the CP1500PFCLCD. For a single NAS or mini PC, the **[CyberPower CP1000PFCLCD](https://homelabpicks.com/go/cyberpower-cp1000)** is the least expensive sine-wave option here. Whichever you choose, configure NUT and test a graceful shutdown before you need it. ## FAQ ### What size UPS do I need for a home lab under $300? Measure your peak load with a plug-in power meter and buy a UPS whose watt rating is at least 1.5 times that peak. A typical NAS, mini PC, and switch draws roughly 80 to 150W, so every unit here covers it; the larger units add headroom and runtime. Then check the maker's runtime chart at your typical load. ### Does a home lab UPS need sine-wave output? If any device has an internal active-PFC power supply, yes. Stepped output can make some active-PFC supplies shut down at the moment of transfer. Every UPS in this guide outputs a sine wave on battery. ### How do I connect a UPS to Proxmox or TrueNAS? Connect the UPS by USB. On Proxmox, install NUT, set the usbhid-ups driver in ups.conf, add a monitoring user, and point upsmon at the UPS; the NUT setup section of this guide shows a minimal configuration. TrueNAS has a built-in UPS service based on NUT. ### How often do UPS batteries need replacement? Sealed lead-acid UPS batteries typically last about 3 to 5 years, less in warm rooms; APC lists that design life for the BR1500MS2. The CyberPower towers use standard 12V batteries and the APC uses a single APCRBC163 cartridge, all user-replaceable. Buy replacements from the UPS maker or a reputable battery vendor. ### Is the CyberPower CP1500PFCLCD or APC BR1500MS2 better for a home lab? For most home labs, the CyberPower: it has 100W more capacity, two more outlets, and a battery warranty that runs three years instead of one. The APC makes sense if you standardize on APC. Our CyberPower vs APC guide covers the details. ## Sources - [CyberPower CP1500PFCLCD datasheet](https://dl4jz3rbrsfum.cloudfront.net/documents/CyberPower_DS_CP1500PFCLCD.pdf) (accessed 2026-09-29) - [CyberPower CP1350PFCLCD datasheet](https://dl4jz3rbrsfum.cloudfront.net/documents/CyberPower_DS_CP1350PFCLCD.pdf) (accessed 2026-09-29) - [CyberPower CP1000PFCLCD datasheet](https://dl4jz3rbrsfum.cloudfront.net/documents/CyberPower_DS_CP1000PFCLCD.pdf) (accessed 2026-09-29) - [APC BR1500MS2 product data sheet](https://www.se.com/us/en/product/download-pdf/BR1500MS2?filename=APC_APC-BackUPS-Pro_BR1500MS2.pdf) (accessed 2026-09-29) - [Network UPS Tools hardware compatibility list](https://networkupstools.org/stable-hcl.html) (accessed 2026-09-30)