Photovoltaic for companies
Your company.
A smarter energy.
Photovoltaic energy, storage and charging. A project that connects the energy you produce with the work you do.
Energy. Electronics. Control.
For industry, logistics
and commercial activities.
01 / THE SUN
Producing.
Valuing roofs, land and parking spaces with photovoltaic systems.
02 / TIME
Accumulate.
Transferring part of the energy to subsequent consumption.
03 / MOBILITY
Recharge.
Providing energy to vehicles according to the rhythm of activity.
04 / THE PRIORITIES
Manage.
Measure flows and coordinate compatible systems.
THE COMPLETE SYSTEM
The energy is moving.
The project is coordinated by her.
Photovoltaic energy for companies starts with actual consumption. uSolar designs and builds systems that combine surface area, demand, and electrical infrastructure. Production, storage, and charging are included in the project according to the needs of the site.
HOW THE SOLUTIONS WERE CONNECTED
One system. More possibilities.
Photovoltaic
Production from the sun
BESS
Charging and discharging
Network
Energy exchange
Charging
Energy for vehicles
YOUR COMPANY
Processes, services, people.
Size + EMS
Data, thresholds and priorities for coordinating compatible devices.
ENERGY
Produce where it is needed.
The photovoltaic system supplies the site’s energy needs. The storage can store a portion of the excess; the grid completes the balance.
ELECTRONICS
Integrate well.
Inverters, converters, panels and protections are defined together, verifying the power and compatibility of the system.
DIGITAL
Deciding on the data.
The measures show what happens. Where required, the EMS manages charging, discharging and compatible loads according to priorities.
USOLAR SOLUTIONS
From a available surface
to an energy project.
Five solutions for corporate photovoltaics and its integration. We start from the concrete need, choosing the technologies that can meet it.
01 / SOLAR POWER ON THE ROOF
The coverage becomes
a resource.
Equipment for warehouses, storage facilities and plants, sized according to consumption, shading, structure and the condition of the roof. Any interventions to the roof are evaluated together with the photovoltaic system.
02 / INDUSTRIAL AMORTIZATION
The energy, even
at another time.
BESS modules and containers for self-consumption and peak management. Power, useful capacity and reserve are designed based on needs. Backup requires a dedicated configuration.
03 / SOLAR POWER ON THE GROUND
More value
to suitable areas.
A dedicated installation or integration with the roof. Exposure, terrain, access points, constraints and connection possibilities occur.
04 / CARPORT PHOTOVOLTAIC
Parking
enters the project.
Vehicle coverage and production from the sun. Parking spaces, circulation, and the electrical system are studied together, including charging.
05 / ELECTRICAL RECHARGE
Ready to start again.
With the right priorities.
Solutions for fleets, employees, and customers. Vehicles, waiting times, and available power guide the choice of charging points.
ONE DAY, DIFFERENT REQUIREMENTS
The energy follows
the rhythm of the company.
The value of integration emerges when production and demand change. The strategy defines when to use energy, when to conserve it, and what needs take priority.
WHEN THE SITE WORKS
Use the sun.
The available production can feed current consumption, reducing part of the extraction from the grid.
WHEN THERE IS EXCESS
Conserve energy.
The BESS can charge within its limits, preparing a reserve for subsequent needs.
WHEN THE DEMAND REMAINS LOW
Support the peaks.
Accumulated and manageable loads can help to contain the load, with appropriate power and load.
WHEN THE SHIFTS CHANGE
Prepare the follow-up.
Vehicle charging, evening consumption and backup reserves, if provided, require coordinated priority.
The functions share power and capabilities: the same energy cannot be allocated simultaneously to all objectives.
WHY USOLAR
The technical choices.
A reference
to face them.
An energy project affects the operation of the company. We make it readable, from the initial comparison to the planned activities after installation.
01
Customized analysis.
We study the consumption profile, available surfaces, technical constraints, and the company’s objectives. The project starts from your context.
02
Complete management.
One single contact point to coordinate design, installation, procedures, connection and the planned support.
03
Greater self-consumption.
We evaluate how to use a greater portion of the energy produced within the company, with consistent sizing and management.
04
Support over time.
Monitoring, scheduled maintenance and technical interventions. Activities, frequencies and conditions defined in the proposal.
THE PATH
First the data.
Then the choices.
From the initial need to a concrete proposal, with expected performance, operational conditions and tasks to be carried out.
01
Understanding.
Consumption, production, shifts, areas and future workloads. We read the website and its priorities.
02
Compare.
Technical and economic scenarios: usable energy, avoidable costs, investment, losses and management.
03
To realize.
Design, installation and related connection and GSE practices, with coordinated activities.
04
Check.
Testing, testing and documentation. Monitoring and maintenance according to the agreed program.
FREQUENTLY ASKED QUESTIONS
Clarity,
before the choice.
The answers from which to start. Configuration and results are always evaluated based on the actual characteristics of the system.
Do I have to install everything right away?
No. You can start from a specific need. Future integrations should be considered by verifying space, connection, and compatibility; expansion depends on the initial choices and products.
Can I integrate an existing system?
In many configurations, yes. To add accumulation or recharge, electrical circuits, inverters, measurements, protections, and connection conditions occur.
Does EMS automatically reduce costs?
Measurement and control help manage energy. The result depends on consumption, tariff, installation, and strategy, with compatible functions and verifiable goals.
What does peak shaving mean?
Using the accumulation to support part of the demand during times of greater demand. Power, duration and available charge define the intervention; the economic advantage depends on the supply.
With the batteries, can I work even in a blackout?
Only with a pre-configured configuration: island operation, separation from the network, protections and backup. Transfer times and priority loads must be verified; a dedicated UPS may be required.
What data is needed to get started?
Bills, consumption and production curves, electrical schematic and information about surfaces. To these we add shifts, new loads and the company’s objectives.
Do you already have a system?
The value of the plant.
Even in the years that followed.
A company’s equipment changes with the business. We distinguish between investments to upgrade it and the maintenance necessary to keep it operating properly.
Revamping and repowering
Diagnosis, component updates and evaluation of an increase in power. A project built on the real conditions of the plant.
Photovoltaic maintenance
Checks, data reading and targeted interventions. Cleaning when necessary and checks appropriate to the configuration and use.
WE START FROM YOUR COMPANY
The next step?
Putting the data together.
Production, peaks, charging or continuity: tell us how your company works and what needs you want to address.
Consumption · area · shifts · priority
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