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C-Neutral Enersol Limited
Commercial battery energy storage system with inverters

Commercial · Energy Storage

Battery Storage Systems

Store cheap daytime power and spend it when the grid gets expensive — or disappears.

Commercial battery storage banks surplus solar or cheap off-peak power and unleashes it when needed — shaving demand charges, bridging outages, stretching every kilowatt-hour.

01 — Overview

Power on your schedule, not the grid’s

  • Sized in kW and kWh to your load
  • Lithium-iron-phosphate (LFP) chemistry
  • Pairs with solar or stands alone
  • Seamless backup and peak shaving

Commercial battery storage banks surplus solar or cheap off-peak power and unleashes it when needed — shaving demand charges, bridging outages, stretching every kilowatt-hour.

Typical specifications

Indicative ranges for a representative installation. Final specification is confirmed at design stage against site survey and measured load.

Power rating
30 kW – 1 MW+
Energy capacity
60 kWh – 2 MWh+
Chemistry
Lithium-iron-phosphate (LFP)
Round-trip efficiency
~90–95%
Cycle life
~6,000 cycles
Changeover
Sub-cycle (seamless backup)
Inverter
Hybrid / battery, grid-forming
Monitoring
Remote, real-time
Design life
10–15 years

Ranges reflect typical industry standards and are indicative, not a guarantee of performance.

02 — Applications

Where this technology is applied

The settings we most commonly deploy this system in, and the duty it performs in each.

  • Peak shaving

    Discharges into your monthly demand peak to cut capacity charges efficiency measures can’t reach.

  • Solar self-consumption

    Stores midday surplus for after dark, so more of your own generation offsets pricey grid power.

  • Seamless backup

    Bridges outages within a fraction of a cycle, keeping servers, cold chain and production running.

  • Time-of-use arbitrage

    Charges cheap off-peak or solar and discharges into pricey peaks, banking the difference daily.

  • Grid-edge stability

    Smooths voltage and supports weak or unreliable connections, protecting sensitive equipment.

  • Solar-plus-storage microgrids

    Anchors an on-site microgrid that can island entirely during extended outages.

03 — Outcomes

Turn stored energy into saved money

  • Demand charges cut at the peak
  • Critical loads ride through outages
  • More of your own solar self-consumed
  • A tariff hedge that pays every month

A battery turns electricity from something you must use instantly into something you spend on purpose — unlocking value several ways at once. The quickest win is demand-charge reduction: many tariffs bill hard on your monthly peak, and a battery quietly flattens it. Paired with solar, it lets you self-consume far more of your own power instead of selling cheap and buying back dear — sharply improving payback. It’s also seamless backup: where a generator starts with a server-crashing delay, a battery bridges outages instantly and silently. And as peak prices rise, your stored energy is worth more. The tech is mature, LFP is safe and long-lived, and a well-tuned system works daily rather than idling. The one discipline: honest sizing against measured load, not guesswork.

Best suited to

  • Businesses facing significant demand (capacity) charges on their tariff
  • Sites with solar exporting surplus cheaply by day
  • Operations needing seamless, silent backup for critical loads

04 — Track record

Where we have implemented it

Reference installations delivered and commissioned by our engineers.

  • 250 kW / 560 kWh2024

    Distribution warehouse

    Namanve Industrial Park

    Peak shaving cut the monthly demand charge materially while covering critical loads through outages.

  • 50 kW / 100 kWh2024

    Office headquarters

    Kampala

    Seamless backup replaced a diesel generator; daytime solar self-consumption rose sharply.

  • 400 kW / 800 kWh2023

    Agro-processing plant

    Mbarara District

    Solar-plus-storage microgrid islands through grid failures, protecting a continuous process line.

Project details are representative of work delivered in this sector. Figures are rounded; full case studies available on request.

05 — Delivery

The installation process

Every installation follows the same engineered sequence, from first survey to commissioning and handover.

  1. We meter your load to pin down demand-charge peaks, outage exposure and any wasted solar surplus.

  2. We size two dimensions: power (kW) for how hard it discharges, energy (kWh) for how long.

  3. We specify safe, long-life LFP cells with an inverter and an energy-management system timing every cycle.

  4. Control is tuned to your tariff — charge on cheap solar or off-peak, discharge into peaks, hold a reserve.

  5. For backup, changeover is seamless — protected circuits ride through failure within a fraction of a cycle.

  6. Installation covers enclosure, inverters, protection, metering and thermal management, to standard.

  7. We commission against the model, verify savings, set up monitoring, and hand over earning reports.

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