AI-Powered Energy Optimization

Conditions change hourly.
Your setpoints shouldn't stay static.

Cut energy waste and reduce equipment stress without risking performance. Operate on the curve — not on habit.

Start Saving Energy See the Platform →
0%
Avg. Energy Cost Reduction
<30d
Time to First Insights
$0
Hardware Investment Required
24/7
Real-Time Monitoring
How It Works

A predictive optimization layer
for your facility

We integrate with your existing systems — no new hardware — and start identifying optimization opportunities within days.

01
⚡

Connect

We integrate with your existing meters, PLCs, and SCADA systems. No hardware installation required — zero disruption to operations.

02
🧠

Analyze

Our AI models map your facility's energy patterns across all operating conditions, learning the relationship between setpoints and consumption.

03
🎯

Optimize

Dynamic setpoint recommendations adjust in real-time — cutting waste during idle periods while protecting output during peak demand.

04
📈

Verify

Every saving is measured and verified. You see exactly how much energy was saved, when, and why — with full transparency.

Platform Preview

What your operators see every day

A live intelligence layer on top of your facility. Not a report — a continuous co-pilot for your energy team.

app.umboenergy.com  ·  Almacenes Frío Premium · Ecuador
Almacenes Frío Premium Cold Storage · Ecuador
Overview
Consumption
Temperatures
Alerts
Jan – Dec 2025
⬇ Export
⚡ Total Annual Consumption
6,012 MWh
Jan – Dec 2025 · ~501K kWh/mo avg
📊 Max Peak Demand
2,847 kW
March 2025 (recorded peak)
⚠ Peak rate risk
⚡ Avg. Power Factor
0.84
Regulatory target: ≥ 0.93
▼ Active penalties
💡 Projected Savings
12–17%
With Umbo AI optimization layer
↓ ~USD 58K–82K/yr
🏭 Critical Equipment
2 SADEMAs
+ 18 monitored sub-zones
All online
Monthly Consumption: Actual vs. Umbo Projection (MWh)
Actual
With Umbo
525 500 475 450 JanFeb MarApr MayJun JulAug SepOct NovDec
Active Alerts 2 critical
Peak demand exceeded SADEMA-1 threshold
Mar 14 · 02:30 · 2,847 kW vs 2,200 kW limit
Low power factor on SADEMA-2: 0.82 detected
Continuous · Regulatory penalty accumulating
Chamber 2 (Ultra-frozen) trending warm
Current: -33.2°C · Target: -35°C · 6h trend ↑
Opportunity: Compressor 3 can raise setpoint safely
Night shift · -38°C → -35°C · Est. saving: 4.2%
Chamber Temperatures — Last 24h
Chamber 1 · Frozen
Target: −22°C
−20.9°
1.1° warm
Chamber 2 · Ultra-frozen
Target: −35°C
−33.2°
1.8° warm ↑
Chamber 3 · Fresh
Target: −5°C
−4.6°
On target ✓
Avg. Power Factor — SADEMA Combined
0.70 1.00 0.84 avg PF 0.93
Below regulatory minimum
Capacitor banks + Umbo demand control could recover +0.09 PF, eliminating penalties.
AI Setpoint Recommendations 4 pending
🌡️
Apply
Comp. 3 evap. temp: −38°C → −35°C (night shift 22:00–06:00)
↓ Est. 4.2% consumption reduction
⚙️
Apply
VFD speed Compressor 2: 87% → 74% (low-occupancy periods)
↓ Est. 2.8% consumption reduction
❄️
Apply
Chamber 3 setpoint: −5°C → −3°C when load < 40% capacity
↓ Est. 1.1% consumption reduction
🔄
Apply
Redistribute load between SADEMA-1 & 2 during peak hours 18:00–22:00
↓ Est. peak demand reduction · avoids penalty surcharge
SADEMA-1
● Active
LIVE DEMAND
1,423 kW
CONTRACT LIMIT
2,200 kW
POWER FACTOR
0.87 ⚠
0 kW1,423 kW (64.7% of limit)2,200 kW
SADEMA-2
● Active
LIVE DEMAND
892 kW
CONTRACT LIMIT
1,200 kW
POWER FACTOR
0.82 ✕
0 kW892 kW (74.3% of limit)1,200 kW

Operate on the curve —
not on habit.

Case Studies

Real results, real facilities

Measured savings across industrial and food-processing operations in the US and Latin America.

🐟 Food Processing · Ecuador

Pacific Select Seafood

Cold-chain seafood processing with strict temperature requirements and high refrigeration load. Optimization focused on compressor staging and fan speed during low-throughput shifts, maintaining full product safety compliance.

11%
Energy cost
reduction
0
Compliance
incidents
🏭 Composites Manufacturing · Ecuador

3A Core Materials

Multi-press composite manufacturing facility with frequent electrical stress across 6 production lines. Our optimization layer reduced peak demand spikes and voltage instability events — cutting energy costs and significantly lowering the risk of equipment failures and unplanned downtime.

4%
Energy cost
reduction
↓
Electrical failures
& unplanned downtime

Trusted by industrial operators

Pacific Select Seafood
3A Core Materials
FAQ

Common questions

How quickly can we expect to see results?
+
Initial insights are typically available within the first month, with measurable savings appearing in your energy bills within 30–60 days. Ongoing improvements compound over time as the model learns your facility's unique patterns.
Do we need to invest in hardware?
+
No additional hardware is required. We integrate with your existing metering, PLC, and SCADA infrastructure. If sub-metering is limited, we may recommend a targeted meter install — but this is optional and low-cost.
How do you manage our data?
+
We protect your data with industry-standard encryption both in transit (TLS) and at rest (AES-256). GDPR-aligned — we never sell or share operational data.
Will optimization interfere with production?
+
Never. Our recommendations are advisory by default — your operators always stay in control. We validate all suggestions against your production constraints first.
What types of facilities do you work with?
+
We work with mid-to-large industrial facilities — manufacturing, food processing, cold storage, breweries. If your facility spends over $50K/year on electricity, we can find meaningful savings.
Contact

Let's find your savings

Tell us about your facility. We'll run a quick analysis and show you the opportunity before any commitment.

Message sent!

We'll get back to you within 24 hours.

📍

Office

Tabasco 154
Colonia Roma Norte
Ciudad de México, CDMX, México

✉️

Email

ricardo@umboenergy.com

⏱

Response time

We reply within 24 hours on business days.

🌎

Service Area

United States & Latin America