Energy backup for business continuity in Ecuador
The electricity crisis Ecuador faced during the severe drought of 2024, with scheduled outages that reached up to 14 hours in some provinces, left a lesson that is hard to forget: energy continuity is business continuity. The country relies heavily on hydroelectric generation, and although hundreds of megawatts of backup have been added, analysts warn that the system remains fragile. For companies, planning for backup has gone from a luxury to an operational necessity.
The real cost of losing power
The impact of a blackout goes beyond the lights going out. Production is lost, the cold chain breaks, point-of-sale systems go down and communications are interrupted. Industrial groups estimated losses of millions of dollars for every hour of outage at national scale. For an individual company, even a brief interruption can mean lost transactions, corrupted data and dissatisfied customers. A server that shuts down without an orderly process can suffer database damage that takes hours to recover, far longer than the outage itself.
There is also a less visible effect: team fatigue. When power is intermittent, technical staff spend time restarting systems, verifying data integrity and handling complaints instead of value-adding tasks. Energy continuity protects not only the equipment, but also people's productivity.
Not all backup is equal
There is an important difference between keeping the lights on and keeping critical systems running. A well-designed backup scheme usually combines several layers:
- UPS (uninterruptible power supply): covers the instant of the outage and protects servers and sensitive equipment from spikes and micro-outages.
- Generator: sustains operation during prolonged outages, ideal for larger loads.
- Solar energy with batteries: reduces grid consumption and adds autonomy, with environmental and mid-term cost benefits.
Automatic transfer: the forgotten link
Having a generator and solar is of little use if switching between sources is manual or slow. The automatic transfer switch (ATS) detects the grid failure and switches to the backup source within seconds, without human intervention. For servers, surveillance cameras and network equipment, that transition must be transparent. This is where electrical design and IT design must talk to each other: it is not enough to energize the building, you must first protect what keeps the business online.
How to prioritize the investment
Not every company needs the same scheme. We recommend a tiered approach:
- Identify critical loads: servers, network, electronic security, refrigeration.
- Protect those loads first with a properly sized UPS and backup.
- Evaluate solar plus generator based on required autonomy hours and budget.
- Integrate automatic transfer and monitoring for unattended operation.
How we approach it at SimCodec
At SimCodec we integrate energy continuity with technology continuity. We size UPS units, generators and solar systems based on real critical loads, not generic estimates; we install automatic transfer switches and protect technical rooms, servers and video surveillance systems so they keep operating during an outage. We also add monitoring to anticipate failures and act before they affect the business. The goal is simple: to make a blackout stop being a threat to your operation.
Do you know for certain how long your critical systems can stay online if power is cut today? Let's talk about a backup plan sized for your operation.
