Peak demand charges
Power peaks, even if they last minutes, determine the entire month's peak power charge. A BESS delivers stored energy during those critical moments, reducing the maximum billed demand.
CESC · BESS · AI-powered EMS · ISO 50001
Save from 20% on your electricity bill
Reduce your electricity cost with energy storage and artificial intelligence.
Peak demand charges can represent a significant portion of the industrial electricity bill. CESC BESS systems store energy during off-peak hours and release it during peak hours, reducing the real cost without changing the production process.
BESSfor industry and commerce
ISO50001 · Energy management
150+CESC global certifications
48months financing available
10GWhCESC production capacity
CESC in action
BESS systems for industry and commerce
The energy problem
Energy is one of the main operational costs. And a significant part can be reduced without changing the process.
In Chile, electricity rates include a peak power charge calculated on the maximum demand recorded in the month. A single high-demand event — machinery startup, climate control system, full-load production — can increase the entire bill for that period.
Ideal for organizations with
High consumption variability or processes that generate significant electrical demand peaks.
- Manufacturing industry with heavy machinery
- Data centers or server rooms
- Retailers and supermarkets with high cooling loads
- Hospitals and clinics with backup requirements
- Companies with AT rates and high peak demand charges
Energy costs during peak hours
Energy purchased during peak hours is significantly more expensive. A BESS system charges during low-rate hours (nights, weekends) and discharges during high-rate hours, reducing the average cost per kWh consumed.
Vulnerability to outages
For critical operations, an electrical outage means production loss, product loss or risk to people. BESS systems act as an instant energy backup with millisecond switching.
How much could you reduce your electricity bill?
With your organization's consumption profile, Cynersis calculates the savings opportunity and projected payback. No cost at the evaluation stage.
Solution
BESS + AI-powered EMS — Intelligent energy storage for industry and commerce
Cynersis implements CESC BESS systems with proprietary EMS software that automatically optimizes operation according to the electricity rate, consumption history and each organization's objectives.
Peak shaving and rate savings
The BESS system reduces electrical demand peaks (peak shaving) and executes rate arbitrage: charges when energy is cheap and discharges when it is expensive, optimizing the real cost of energy month after month.
- Direct impact, Reduction of peak power charge and average cost per kWh consumed.
- Automatic, The AI-powered EMS decides in real time without operator intervention.
AI-powered EMS — CESC proprietary software
The Energy Management System operates at three levels: device, station and cloud. It learns the organization's consumption pattern, anticipates peaks and optimizes battery charge and discharge to maximize savings.
- Remote monitoring, Real-time dashboard with system status, savings metrics and alerts.
- Predictive maintenance, Continuous diagnostics with early fault detection to maximize system life. Learn more →
Instant energy backup
For critical operations, the BESS system acts as a high-capacity industrial UPS: it detects the electrical outage and switches in milliseconds, maintaining operation without interruption until power is restored.
- Solid technology, The solid-state Venus 129 line offers "Triple-Zero" safety: no interruption, no leakage, no combustion.
- Lifespan, Systems with up to 15 years of service life and 6,000+ guaranteed charge/discharge cycles.
CESC Equipment
Systems for every scale of operation
CESC offers a complete line for commerce, industry and large-scale projects. Cynersis dimensions the correct system according to each client's consumption profile and objectives.
Featured product
Request technical sheet
CESC Mercury 261 kWh
Integrated energy storage system with liquid cooling for commercial and industrial applications. 3-level safety, integrated BMS/EMS and VPP connectivity for total energy cost optimization.
Capacity
261 kWh
261 kWh
Nominal power
125 kW
125 kW
Life cycles
8,000 cycles
8,000 cycles
Service life
up to 15 years
up to 15 years
Cell technology
LFP · Liquid cooling
LFP · Liquid cooling
IP protection
IP55
IP55
Operating temp.
-25°C to 55°C
-25°C to 55°C
Certifications
IEC · UL · UN38.3
IEC · UL · UN38.3
Mercury 418 — Higher C&I capacity
Higher capacity version of the Mercury line for industrial installations with greater demand. Same all-in-one architecture with liquid cooling and integrated EMS.
- · LFP cells · Service life up to 15 years
- · UL and IEC certifications
- · Real-time remote monitoring
Venus 129 — Mission critical
Solid-state system for operations where continuity is essential. "Triple-Zero" technology: no interruption, no electrolyte leakage, no combustion. Millisecond switching.
- · Millisecond switching
- · High thermal stability (solid state)
- · Cell-level fault detection
- · Integrated remote maintenance
Neptune — Large industry and utilities
Pre-engineered systems for large industries or grid storage projects. Up to 5 MWh per unit, liquid cooling, standard container deployment.
- · 6,000 cycles · IP54 · LFP cells
- · Operation -20°C to 55°C
- · High-efficiency liquid cooling
Why Cynersis
We don't just implement equipment. We deliver engineering and return certainty before the investment.
The Cynersis process for energy begins by understanding your organization's real consumption before proposing any system.
ISO 50001 certified expert engineer
The energy assessment is performed by an engineer certified in the ISO 50001 energy management standard. It is not a generic commercial evaluation: it is engineering based on the real data of your operation.
Conceptual engineering + projected payback
Before proposing a system, Cynersis delivers the conceptual engineering of the project: recommended BESS size, estimated monthly savings, total investment and projected payback. The client decides with numbers, not promises.
Financing up to 48 months
The project can be structured via leasing from 12 to 48 months. In many cases, the monthly savings generated by the system are comparable to the installment, allowing the investment to be financed with practically neutral cash flow from the first month.
Process
From assessment to savings in five stages
01
Energy assessment
Analysis of the real consumption profile: bills, maximum demands, operating hours and current rate structure. No cost at this stage.
02
Conceptual engineering
BESS system sizing, operation strategy (peak shaving, arbitrage, backup) and projected monthly savings calculation.
03
Proposal and financing
Implementation proposal with total project cost, detailed payback and leasing financing options up to 48 months.
04
Implementation
Installation, EMS configuration and BESS system commissioning with remote monitoring activation and operational tests.
05
Monitoring and support
Continuous monitoring of system performance, savings reports, EMS updates and local technical support in English.
Savings begin
from the first cycle.
from the first cycle.
The first step is free: the energy assessment.
Share your organization's consumption profile and Cynersis determines whether there is a real opportunity to reduce the electricity bill with BESS.
B2B Decision
An investment with calculated return, not an expense
Cynersis delivers clear information for each area involved in evaluating an energy management project.
Operations Management
Seeks to reduce operational electricity costs, ensure production continuity in case of outages and have real-time visibility of the plant's energy consumption.
Finance Management
Needs the payback calculated with real data before approving the investment. The leasing financing option allows structuring the project with minimal cash flow impact.
General Management / Sustainability
Reducing consumption during peak hours and energy optimization directly contribute to energy efficiency targets and corporate sustainability reports (ISO 50001).
FAQ
Frequently asked questions about BESS and energy management
BESS (Battery Energy Storage System) is a battery energy storage system. It charges during low-rate hours (off-peak) and discharges during high-rate or high-demand hours (peak), reducing the maximum billed power and the total cost of energy. In industries with high peak demand charges, savings can exceed 20% of the monthly electricity bill.
Peak shaving is the reduction of electrical demand peaks. In Chile, BT and AT rates include a peak power charge calculated on the maximum demand recorded in the month. By reducing that peak with a BESS, the company pays less even if it consumes the same total energy. For industries with mass startup processes or high consumption variability, the impact is significant.
The payback depends on the size of the system, the current electricity rate, the organization's consumption profile and the financing scheme. Cynersis performs conceptual engineering with the real consumption profile before proposing a system, delivering the projected payback as part of the evaluation. Typical industry and commerce projects in Chile have paybacks between 3 and 7 years, with financing available up to 48 months.
CESC's Energy Management System (EMS) is proprietary software with artificial intelligence that automatically optimizes the operation of the BESS system: it decides in real time when to charge and when to discharge the batteries according to the current electricity rate, consumption history, grid conditions and operational objectives. It operates at three levels: device, edge (station) and cloud, with remote monitoring and alerts.
The assessment includes analysis of the electricity consumption profile, identification of peak shaving and savings opportunities, and conceptual engineering with the recommended system size and projected payback. It is performed by an expert engineer certified in ISO 50001 and is at no cost at the evaluation stage.
Yes. Cynersis offers financing via leasing from 12 to 48 months. In many cases, the monthly savings generated by the BESS system are comparable to or greater than the leasing installment, allowing the project to be financed with neutral or positive cash flow from the start.
Yes. CESC has more than 150 global certifications and patents, including UL, IEC and TÜV. Systems for commerce and industry (Mercury and Venus) and at utility scale (Neptune) meet international standards for electrical safety and lithium batteries.
Energy assessment
The first step is knowing how much you can save
With your organization's electricity consumption profile, the Cynersis team performs an energy assessment and delivers conceptual engineering with estimated savings and projected payback. No cost at the evaluation stage.
- 29 years as a B2B technology integrator · ISO 9001 certified.
- Official CESC partner · Expert engineer certified in ISO 50001.
- Presence in Chile, Peru and Brazil · Financing up to 48 months.
- Data used solely to respond to this request.
Request sent
The Cynersis team will review the information and coordinate the energy assessment shortly.