OEM/ODM LiFePO4 battery manufacturer since 2007

Project references

Deployments With the Numbers Left In

Every entry below states capacity, configuration, location, application and what the site actually needed — because a reference project is only useful if a specifier can judge whether it resembles theirs.
200+
Projects delivered
50 MWh
Cumulative capacity
100+
Countries served
15
Countries with installed base
2007
Manufacturing since
How to read these

What every entry has to state

A case study that says a client was delighted tells a specifier nothing. These are the fields we require before a project goes on this page — and the fields worth demanding from any supplier whose reference list you are assessing.

Where a client will not permit a detail to be published, we mark it as withheld rather than replace it with a vague adjective. A blank is honest; a superlative is not.

Browse

Find a project that resembles yours

Projects are grouped by application because that is how a specifier searches — by the problem being solved, not by the product installed.
Selected deployments

Project records

Project records are based on verified deployment information. Replace all placeholders with confirmed project data before publishing. Only validated references should be displayed to ensure transparency and credibility.

200 kWh

[Commercial & Industrial]
Food processing facility / manufacturing plant with high daytime electricity demand

The facility required a reliable energy storage solution to reduce peak electricity costs and improve energy flexibility during high-demand operating hours.

Safecloud provided a customized LiFePO4 battery storage system designed for industrial load management, supporting peak shaving, backup power and integration with renewable energy systems.

15kWh

[Home Energy Storage]
Residential villa / off-grid home / remote property with unstable grid connection

The homeowner required a dependable energy storage system to improve energy independence and maintain power availability during grid interruptions.

Safecloud supplied a modular LiFePO4 residential battery solution compatible with solar PV systems and hybrid inverters.

150 kWh

[Telecom / Infrastructure]
Remote telecom base station / communication network backup site

The telecom operator required long-duration backup power with stable performance under challenging environmental conditions.

Safecloud provided rack-mounted LiFePO4 battery systems with intelligent BMS monitoring and remote communication capability.

256kWh

[Off-Grid / Marine]
Island resort / fishing fleet / agricultural operation

The customer needed to reduce diesel dependency and improve energy reliability in areas with limited grid access.

Safecloud supplied high-cycle LiFePO4 batteries supporting solar charging, generator integration and off-grid energy applications.

20.48Kwh

[OEM / Private label]
European energy storage brand entering residential energy market

Safecloud supported the customer’s product launch through OEM battery customization, including battery design adaptation, branding requirements and certification support.

From prototype validation to mass production, Safecloud provided a complete manufacturing solution.

768 kWh

[Commercial & Industrial]
Logistics warehouse / factory rooftop solar PV system

The customer required an energy storage system to maximize solar self-consumption, reduce grid dependency and provide backup power for critical loads.

Safecloud integrated high-capacity LiFePO4 battery systems with solar and inverter solutions.

More project records are available under NDA, including load profiles, commissioning reports and performance data. Tell us the application and scale you are specifying and we will send the closest matches.

WORKED EXAMPLE

What a complete project record looks like

Use this structure for each full case study page. It follows the order an engineer reads in: what the site needed, what was decided and why, what was installed, how it got there, and what the data shows now.

01

The requirement

Site type, existing setup, and the constraint in numbers — demand charge, outage frequency, diesel run hours, grid limit or autonomy target. State what the client could not do before.

02

The sizing decision

How energy capacity and power rating were derived. Which duty cycle was assumed, how many cycles per day, and which of the two figures ended up binding the design.

03

The system as built

Battery model and unit count, total kWh and kW, PCS or inverter make and model, communication protocol, enclosure and thermal approach, protection coordination.

04

Delivery and installation

Packing configuration, shipping route and mode, dangerous goods documentation, site access constraints, lifting requirements and commissioning duration.

05

Results and what we learned

Measured outcome against the original target, plus what we would specify differently. The second half is what makes the first half credible.

Confidentiality

What we publish, and what we will not

Several of our largest deployments are not on this page, and will not be. Clients building a brand on a platform do not want their supplier advertising it, and we would extend the same protection to you.

Published by default

Only with written consent

Due diligence

Ask our customers, not us

A published case study is written by the supplier. A reference call is not. Where a client has agreed to act as a reference, we will introduce you — and we would suggest asking about batch consistency and RMA turnaround rather than about price, because those are the things that only show up after eighteen months.

What to ask a reference

Tell us what you're specifying

Application, capacity and power target, inverter or PCS selection, country and site conditions. We will send the closest project records we are permitted to share, including ones not published here. Engineering response within one business day.

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