What if I told you the most important piece of tech in your Des Moines startup might not be your GPUs or your fiber line, but a metal box sitting on a concrete pad behind the building?
Here is the direct answer: if your company runs on uptime, you should treat generator installation Des Moines IA as core infrastructure, not a nice-to-have. For most tech founders in this city, the right generator, sized and installed by a local team that understands Iowa weather and MidAmerican Energy quirks, is cheaper than a single major outage. It protects your data, your payroll, your reputation, and frankly your sleep. The rest of this article is just the explanation and the nuance.
Why tech founders in Des Moines should care about generators more than they think
If you run a startup here, you already juggle funding, hiring, product, sales. Power feels like something the utility company handles in the background.
Until it is not.
We do not have the grid problems of some coasts, but we do have:
- Thunderstorms that take down power for hours
- Ice that pulls lines down in whole neighborhoods
- High winds and derechos that knock out entire sections of the city
Most early stage founders I know have some version of this thought: “Our stuff is all in the cloud, so we are fine.”
That is only half true.
Even with everything in the cloud, your local power going out can still shut down your revenue, your support, and your ability to work when you need it most.
Here are a few real-world scenarios that keep coming up in conversations with local founders:
- You run a SaaS product. Your servers are on AWS, but your support team, sales team, and leadership are all in one Des Moines office. The grid goes down at 3:40 pm during a demo. Your SDR cannot screen share. Your support team cannot see tickets. Your monitoring alerts keep coming to phones, but no one can coordinate properly.
- You operate a small on-prem cluster or lab hardware in your office. A brownout hits. Your UPS holds for 10 minutes, then cuts. Some machines shut down cleanly, some do not. You restore from backup later, and you lose a day of work and some fragile state that never made it to version control.
- You are a hardware or IoT company testing devices in a warehouse. Power problems corrupt firmware flashing in the middle of a batch. Rework costs time and morale.
None of this is dramatic. It is just annoying, expensive, and avoidable.
How to put a number on downtime in Des Moines, not in theory
If you are trying to decide if a generator is actually worth it, here is a simple way to look at it for a startup or small tech company.
Set up a rough table for one hour of downtime on a normal weekday.
| Cost item | Example calculation | Estimated cost per hour |
|---|---|---|
| Payroll for on-site team that cannot work | 12 people × 60 dollars/hr fully loaded | 720 dollars |
| Lost sales / demos | 1 missed demo worth 3000 dollars over pipeline, with 10 percent close rate, spread over 1 hour | 300 dollars |
| Support impact | Frustrated customers, refunds, churn risk (guess low) | 200 dollars |
| Recovery time after power returns | People need 30 to 60 minutes to get back in flow | 300 dollars |
| Rough total per hour | 1,520 dollars |
This ignores long term hits like:
- VCs seeing you miss milestones because of “unexpected” outages
- Developers getting frustrated with an unstable workplace
- Security risk if alarm systems or cameras go down with the power
Even if your number is half of this, one decent outage can erase a big chunk of the cost of a properly installed generator.
What kind of generator setup actually makes sense for a tech company?
This is where people overcomplicate things or underestimate their needs. Sometimes both in the same meeting.
You do not need a data center level solution, but you also do not want a big-box-store portable unit feeding your whole office through a tangle of extension cords.
For a typical Des Moines tech startup with 5 to 50 people in an office, the conversation usually lands on three questions.
1. What do you really need to keep alive during an outage?
Not everything. Just the parts that keep the company from stalling.
Typical “must stay on” items:
- Network gear: modem, router, firewalls, switches, Wi-Fi APs
- Core workstations or lab machines, if you do any local compute
- Key servers, if you host locally (Git, CI, file storage, internal tools)
- Lighting in main work areas and exits
- Security systems and door access
- Critical HVAC for equipment rooms
“Nice to have” items:
- Every desk outlet
- Kitchen appliances
- EV chargers
- Non-essential meeting room power
This is where it helps to walk the office physically with a notepad and say out loud: “If the grid died right now, what has to stay alive for us to keep working for 8 hours?”
2. How long do you want to operate off-grid?
Founders often say “as long as possible,” but that is not quite right. There is a cost curve.
Think in clear time windows:
- Up to 2 hours: Some companies are fine with just UPS and laptop batteries for this level of outage.
- 2 to 8 hours: This is where a standby generator starts to make strong sense. Weather events in Des Moines often sit in this window.
- More than 8 hours: Now you are planning for rare, more serious grid events. You may want extra fuel storage and more thought around noise and neighbors.
For most tech startups here, designing for 8 to 12 hours of runtime at partial load hits the sweet spot. You can refill fuel if things turn into a multi-day event.
3. Natural gas or diesel in Des Moines?
There is no single right answer. I have heard people claim one is always better. It is not that simple.
A few tradeoffs:
| Type | Pros | Concerns |
|---|---|---|
| Natural gas |
|
|
| Diesel |
|
|
In a typical Des Moines office building with city gas, natural gas generators are common. For edge facilities, labs, or tech companies near industrial parks, diesel might be a better call.
The actual installation process, step by step, from a founder’s viewpoint
Most tech people want to know roughly what will happen, how long it takes, and where the real risks sit. The electrical code details can live in the background, but the sequence matters.
Think of generator installation as a small infrastructure sprint: discovery, design, permits, build, testing, then ongoing maintenance.
1. Load assessment and site survey
A good local electrician or generator installer will not just ask “How big do you want it?” and quote a unit. They should:
- Walk through your space and list the circuits and devices that need backup
- Pull recent utility bills to see actual peak draw
- Check your current electrical service rating and panel capacity
- Look at your networking closet, server room, lab, or other tech-heavy areas
From your side, bring:
- A rough map of which teams sit where
- Any plans you have for headcount growth in the next 2 to 3 years
- Notes on gear you might add, like an on-prem rack, 3D printers, or test rigs
This is the part where some founders understate growth. I get the instinct. But if you are hiring five engineers in the next year and they all bring multi-monitor setups and maybe even a local server, sizing too small will annoy you later.
2. Designing the system architecture
This is mostly the installer’s job, but you should understand the big pieces.
Common elements:
- The generator unit itself, sized in kW or kVA
- Automatic transfer switch (ATS) that detects power loss and flips to generator with minimal delay
- Concrete pad or mounting frame
- Fuel line (gas) or on-site tank (diesel)
- Conduit and wiring from generator to your panel or subpanel
You will want to be clear about:
- Which circuits are on generator power
- Acceptable switchover delay (a few seconds is normal)
- Whether you keep critical gear behind UPS too, for truly no-break power
A very common pattern in tech offices is:
- Utility power feeds main panel
- ATS sits between utility and a “critical loads” subpanel
- Network gear, server racks, and some lighting are fed by that subpanel
- That subpanel feeds smaller UPS units at the rack and sometimes under desks
You do not need that exact layout, but some variation of it usually works well.
3. Permits, inspections, and neighbors
Des Moines and Polk County have clear rules around electrical work, gas lines, and sometimes noise and placement. Your installer should handle the permit process, but as a tenant or building owner, you are the one who deals with the landlord and neighbors.
Things that usually come up:
- Distance from windows, doors, and air intakes
- Noise limits, especially if near residential units
- Access for fuel trucks if diesel
- Grounding and bonding to meet code
If you lease space, you need your landlord on board. Some are very helpful, some are slow, some will flat out say no to rooftop or parking lot units. That can be frustrating, but pushing for a clean, code-compliant installation usually works better than trying to cut corners.
4. Physical installation and wiring
The physical install itself breaks down into:
- Pouring or placing the pad
- Setting the generator
- Running gas line or placing fuel tank
- Pulling conduit and wire to the electrical gear
- Installing and wiring the ATS
- Labeling circuits and updating panel directories
Expect some short disruption:
- A few hours to a full workday where power might need to be cut for panel work
- Noise, dust, people in and out of the office
Smart founders schedule the main cutover during lower-impact windows, like an evening or a weekend. If you have 24/7 operations, you may need a more complex phased approach, with pre-installed parallel gear.
5. Testing and training your team
Some teams forget this part and just trust that the hardware works. That is risky.
At a minimum, you should:
- Witness a full simulated outage while the installer is there
- Time how long the ATS takes to flip to generator power
- Walk the space and check that the right lights, outlets, and racks stay live
Then, internally:
- Write a short “Power outage playbook” on your wiki or in Notion
- Explain to staff which parts of the building stay live
- Clarify expectations: are employees staying, going remote, or pausing work in extended outages?
A simple one-page procedure might cover:
- Who decides if you stay in the office
- How you communicate with remote staff during an outage
- How you handle demos or support if the building is on generator power only
How generators interact with your existing tech stack
You already think in terms of systems. Generators are just one more layer.
UPS, batteries, and generator: how they fit together
If you have server racks, lab hardware, or just high-end desktops, you likely have some UPS units already. People sometimes think a generator replaces them. It usually does not.
Here is how they usually work together in a tech office:
- Utility power drops to zero
- UPS units carry the load instantly for a few minutes
- ATS senses loss of power and starts the generator
- Generator ramps up and takes over the load
- UPS units go back to float charge mode
Without UPS, even a short switchover can cause reboots and data loss on sensitive equipment. So if you care about no-interruption power for racks or special devices, keep the UPS layer.
Network and telecom continuity
You probably rely on:
- ISP connection (cable, fiber, or fixed wireless)
- Firewalls and routers
- Ethernet switches and Wi-Fi APs
- VoIP phones or softphone setups
During generator planning, make sure all key networking gear lands on backed-up circuits. It is surprisingly easy for someone to plug the main wireless controller into a non-backed-up wall outlet.
Some founders also choose to:
- Have a secondary internet connection as backup (like LTE or 5G)
- Put the WAN gear on a small dedicated UPS for extra margin
If your support or sales workflows rely on calling and screen sharing, then having both power and connectivity survive an outage feels less like a luxury and more like a baseline requirement.
Security, access control, and cameras
You might already have:
- Badge readers on doors
- Alarm panels
- IP cameras covering labs or gear
Losing power can mean:
- Doors stuck in a fail-locked or fail-open state, depending on design
- No video recording
- Alarms offline
When planning circuits for generator coverage, ask:
- Do we need access control active for safety and security during outages?
- Which cameras must keep recording (for example server rooms, entrances)?
This is not just security theater. If something goes wrong during a storm, or if there is a break-in when the neighborhood is dark, those systems matter.
Cost breakdown: what founders in Des Moines should expect
The real numbers will vary by site, but you can prepare mentally for the different line items. Treat it like pricing a small cluster build.
Upfront costs
Main components:
- Generator unit: depends on capacity, brand, and fuel type
- Automatic transfer switch
- Concrete pad or mounting
- Electrical labor and materials
- Gas line work or fuel tank, if needed
- Permits and inspections
For a small office, the total project might be equal to:
- A few months of rent
- Or the cost of a couple of senior engineer salaries for one month
That is still real money, but if you compare it to the cost of a multi-day outage during a key launch, the math often leans in favor of doing it right.
Ongoing costs
Once the system is in:
- Fuel costs during tests and real outages
- Preventive maintenance (oil changes, inspections, load testing)
- Occasional parts like batteries, filters, sensors
Most vendors recommend regular test runs. Some companies run a short exercise weekly or monthly. It sounds like overkill, but a silent failure on a generator that has not run in 18 months is not fun to discover during a storm.
Tax and accounting considerations
Generators and related electrical work usually fall under capital expenses. There can be depreciation schedules and tax angles that matter for a growing company.
It is worth a short talk with your accountant:
- How the expense will be handled
- If any local incentives apply
- How it impacts your books for the year you install it
This is not glamorous, but it affects your runway and the story you tell investors about where the money went.
Questions to ask any generator installer before you sign
You are used to interviewing vendors and employees. Treat generator installers the same way. A glossy brochure does not protect your uptime.
Here are some direct questions that often lead to honest conversations:
Experience and local knowledge
- How many commercial generators have you installed in the Des Moines area in the last 2 years?
- Do you work with tech offices or only with industrial and residential clients?
- Who handles permits and coordination with the city and utility?
If someone avoids clear answers here, that is a small red flag.
Technical and design decisions
- How did you size the generator for our load and growth plan?
- Which circuits are you planning to back up, and why those?
- What is the expected switchover time from utility power to generator?
- How noisy will it be at the property line during testing and full load?
If you get hand-wavy responses, push a bit. You do not need every detail, but you should feel that there is a clear design, not guesswork.
Support and maintenance
- Do you offer ongoing maintenance contracts, or do we use a third party?
- What is your response time if the generator fails during an outage?
- How often do you recommend test runs, and who is responsible for them?
This is where you separate someone who just installs from someone who thinks long term.
Common mistakes tech founders make with generators
I have seen some patterns repeat across cities and companies. Des Moines is no different.
1. Treating generators as a one-time purchase, not a system
People sometimes buy a generator like they buy a printer. They compare models, pick a size, and that is that. The result is:
- Underused, poorly maintained gear
- Confusion about which circuits are covered
- No process when the power really fails
Better to think of it as part of your continuity plan, tied to clear procedures.
2. Ignoring office layout changes
Your backup plan is only as good as your current wiring and floor plan.
When you:
- Move teams to a different part of the office
- Convert a meeting room into a small lab
- Add new racks or test benches
Ask yourself: “Is this new critical gear actually on a backed-up circuit?”
A 10-minute review with your electrician once a year can prevent unpleasant surprises.
3. Skipping real-world tests
A generator that has only run under no load in perfect weather is not fully tested.
At least once or twice a year, you might:
- Pick a planned window
- Simulate an outage during working hours
- Watch how your systems and people behave
You will find small things, like:
- A coffee machine on a backed-up circuit tripping a breaker during startup
- A network switch plugged in the wrong outlet
- Someone relying on a device that is on non-backed-up power without realizing it
It feels slightly annoying to run these drills, but the insight you gain is usually worth it.
How this fits into your broader resilience strategy
Power backup is just one layer. You probably already think about:
- Cloud redundancy across regions or zones
- Source control and backup strategies
- Incident response playbooks for your app
Generator planning should sit next to those, not in a separate mental bucket called “facility stuff.”
A simple way to frame it:
You want your company to keep serving users and making progress even when the grid, the weather, or the building itself are not fully cooperative.
That might sound a bit lofty, but it comes down to some simple habits:
- Know your critical dependencies, including physical ones
- Invest up front where downtime costs more than the protection
- Document simple, human-readable plans for bad days
You might not need a generator yet. For example:
- If your team is fully remote
- If your product can tolerate being offline for a few hours without real damage
- If your office is mostly a meeting spot, not the core of operations
But once a decent share of your operations depends on one physical location in Des Moines staying online, it is at least worth a serious look.
Q&A: Short answers to questions founders actually ask
Is a generator overkill for a 10-person startup in a WeWork-style space?
Probably, yes. If you do not control the building and the landlord will not support a building-wide system, then focus on laptop battery life, mobile hotspots, and flexible remote work.
Should I wait until our Series A to think about this?
Not automatically. If you are handling real revenue, lab work, or sensitive data today, then outages can hurt now. On the other hand, if your current office is very temporary, it may be smarter to plan a proper generator setup for the next space.
Can I just buy a big portable generator and plug things in during outages?
You can, but it is clumsy and sometimes unsafe. Manual setups with extension cords in hallways, ad hoc fuel storage, and no ATS lead to confusion and risk. For home use, portable units can work. For a company with employees, visitors, and equipment, a professionally installed system is usually better.
How loud are commercial generators, really?
They are not quiet. Sound levels often resemble a loud truck engine. Modern units come with enclosures that reduce noise, but you will still hear them. That is why placement and neighbor discussions matter, especially if you share walls or parking lots with other businesses.
Do I still need cloud backups if I have a generator?
Yes. Generators protect you from local power issues. They do nothing for accidental deletes, software bugs, cloud provider outages, or security problems. Think of generators as protecting your ability to operate, not as a backup system in the data sense.
What is the single most practical step I can take this week if I am not ready to buy anything yet?
Walk your space and write down two short lists: “Must stay on during an outage” and “Nice to have during an outage.” That simple exercise will shape better decisions later, whether you go for a full generator system or a smaller mix of UPS units and remote-first policies.
And maybe ask yourself one more thing: if the power went out in your Des Moines office tomorrow afternoon, for six hours straight, what would really happen to your startup?