Hey everyone, it’s Jake from your go-to rising bollards supplier, and I get questions about this ALL the time: “Do rising bollards even need electricity?” Like, I had a facility manager email me last week panicking because his power went out during a storm and he thought his bollards would be stuck down forever. Spoiler: that’s not always the case, but let’s break this down real, no-jargon style, because I know most folks don’t care about engineering specs—they care about whether their bollards work when they need ‘em, how much hassle they are, and if they’re gonna blow a fuse every time it rains. Rising Bollards
First off, let’s get one thing straight: “rising bollards” is just the fancy name for those metal posts that pop up from the ground to block cars, lower to let authorized vehicles through. But the “need electricity” part isn’t a yes/no answer—it’s like asking “do bikes need pedals?” Some do, some don’t, and the ones that do are different depending on what you’re using ‘em for. Let’s start with the most common type people run into: hydraulic rising bollards. 9 times out of 10, these DO run on electricity. But wait, not just regular house current—they need a dedicated power supply, right? Because when a hydraulic bollard goes up, it’s pushing like 10,000 pounds of force, way more than your phone charger. I’ve seen installers have to run 240-volt lines for these, especially if they’re part of a whole access control system. Like, if your bollards are linked to a key fob or a gate that opens with a card reader, you need electricity to power that whole network. No power, no signal to send the “go up/go down” command, so they stay down. That’s the scenario my last emailer was dealing with—his whole access control system was wired to the building’s main power, so when the grid went out, no signal, bollards stayed down. But here’s the good news: most of these hydraulic setups have backups. Like, a big battery that kicks in when power fails, or a manual hand pump you can crank if the battery dies. I always tell my clients to test that backup every 6 months, though—you’d be surprised how many forget and then the pump’s seized up.
But hold on, not all rising bollards are hydraulic. There’s mechanical ones, too. Wait, no—wait, some mechanical bollards run on electricity, but smaller ones, like the ones used for small business parking lots, might be solar-powered. Oh right! Solar rising bollards are a game-changer for places where running power lines is a pain. Like, if you have a remote park entrance, or a sidewalk that needs to block delivery trucks after 7pm, you don’t want to dig up the whole sidewalk to run wire. These have a small solar panel on top, a built-in battery, and they lift themselves using a linear actuator instead of hydraulics. These DEFINITELY need electricity, but they store their own, so you don’t have to plug ‘em in. I installed a set of these at a city park last year, and the only maintenance the parks crew does is wipe the solar panel once a month—super easy. The only downside is if it’s a week of straight rain, the battery might run low. But again, most have a manual override, so you can crank ‘em up if needed.
Wait, but here’s the big myth I want to bust: are there ANY rising bollards that don’t need electricity at all? Yeah, actually—manual rising bollards. These are the ones you lift with a key or a hand crank, no motors, no wires, no solar panels. A lot of small cafes or boutique stores use these because they’re cheap, and they only need to be operated once a day. Like, lower ‘em when the shop opens, pop ‘em up when it closes to keep cars from parking on the sidewalk. These run totally on mechanical power, no electricity. But the catch is, you have to physically go over and operate them—so they’re not for places that need 24/7 access for emergency vehicles, or high-security areas. If you’re a hospital, you’re not gonna use manual bollards, because you don’t want to have to walk over every time an ambulance needs in.
Let me also talk about the fine print, because I’ve had clients get burned here. When we sell bollards, I always ask three questions: what’s the access need, how many times a day do you operate ‘em, and is backup power required? Because if someone says “high security, 100+ operations a day, and we can’t have them stuck during a power outage,” I’m not gonna sell ‘em manual solar bollards. That’s a bad call. For high-security, we do hydraulic bollards with dual batteries and a generator backup—so if the grid goes out, batteries kick in, and if those die, the generator powers ‘em. It’s more expensive, but worth it for places like government buildings or stadiums where access control is non-negotiable.
Another thing people forget: electricity isn’t just for lifting the bollard. It’s for the whole system around it. Like, if your bollards are linked to CCTV, license plate recognition (LPR), or a intercom for security guards, all that stuff needs power. So even if your bollard itself is hydraulic with a manual backup, the access control part might still need electricity. I once had a school client who tried to skip running power for their bollards by using manual ones, but then realized the office staff couldn’t see who was at the gate because the intercom needed power. So they ended up adding a small solar-powered intercom, which worked, but it was extra cost they didn’t plan for. That’s why I always go over the whole system, not just the bollard itself.
Wait, let’s get real about costs too, because I know that’s a big factor. Hydraulic bollards with full power setup: more upfront, but less maintenance (hydraulics are durable if you take care of ‘em). Solar-powered: lower installation cost because no digging for wires, but you have to replace the battery every 5-7 years, and if you’re in a super cloudy area, they might not work as well. Manual: cheapest upfront, but higher labor over time if you’re operating them a lot, and not good for high-traffic areas. I had a small bakery client last year who tried manual bollards, but they had a food truck that comes every morning, and the owner kept forgetting to lower the bollard, so the truck got stuck. We swapped ‘em for a low-voltage solar bollard, and they’ve been perfect—owner just fobs it with his phone, no manual work.
Now, let’s address the caveats I mention to every client. First, weather: if your bollards are outside, water can mess with the electrical components. All my bollards are IP67-rated, which means they’re totally waterproof, so rain or snow doesn’t short ‘em out. But you still don’t want to submerge ‘em, obviously. Second, voltage spikes: if your area has bad power, a surge protector is non-negotiable. I had a client in a tornado-prone area who didn’t use a surge protector, and a storm fried his bollard motor—cost him a whole new motor and a day of downtime. So always add surge protection, even if you think your power is stable. Third, local codes: a lot of cities require backup power for bollards near emergency routes, so don’t skip checking that before installing.
Wait, I should also clear up the confusion between “rising bollards” and “retractable bollards”—people use both terms, but they’re the same thing, right? So whether you call ‘em rising or retractable, the electricity question is the same. No difference there. I had a city inspector give me a hard time last year for using “retractable” instead of “rising,” but that’s just slang.
Let me wrap this up by saying there’s no one-size-fits-all answer. If you need high-security, 24/7 access, with backup power, you’re gonna need an electrically operated hydraulic bollard. If you have a remote spot with low traffic, solar-powered is the way to go. If you’re a small business with minimal needs, manual bollards work fine (just make sure someone’s gonna operate ‘em!).
Now, if you’re trying to figure out which one is right for your place—whether it’s a parking lot, a school, a retail store, whatever—hit me up. I don’t do pushy sales stuff, I just give honest advice based on what works for your specific needs. No pressure, no weird contracts, just straight answers. Let’s chat about your project, and I can break down options, costs, and what’ll work best for you.
LPR Integrated Barrier References
- National Highway Traffic Safety Administration. (2021). Access Control Barriers for Roadside Facilities: Best Practices.
- International Code Council. (2022). IFC Chapter 5: Fire and Life Safety Features, Access Control.
- American Society of Mechanical Engineers. (2020). Standard for Powered Bollards and Access Control Systems.
- Solar Energy Industries Association. (2021). Off-Grid Solar for Small Commercial Applications: Equipment and Performance Guidelines.
Shenzhen Pvizeye Technology Co., Ltd.
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