Aerial view of a large rooftop solar installation delivered end to end by Equator Solar in Uganda

EPC Delivery Model

One team, from the first audit to years of service.

Equator Solar is a leading EPC contractor in Uganda, respected across East Africa. We engineer, procure, construct and commission the whole system, then keep it running. One accountable team from the first site visit to long-term maintenance, not a panel supplier who leaves after delivery.

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Solar PV installed

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Battery installed

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Systems delivered

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Years in East Africa

What EPC means

Engineered, procured, constructed, and kept running.

EPC stands for engineer, procure, construct. In practice it means one contractor carries the whole project and stays accountable for the result, rather than a chain of suppliers pointing at each other when something fails. We measure your loads, design the system on real data, buy the right components, build and commission it with our own team, and maintain it for its lifetime. It is the difference between a system that works on paper and one that runs your operation for twenty-five years.

20 kWp to 2 MWp

System range

Since 2011

Operating in East Africa

Bankable

Documentation for funders

48 h

Emergency response

How we deliver

What makes us an EPC, not a reseller.

Engineer

Engineering-led design

We measure your real load before we size anything, then design on data, not a roof area.

Equator Solar engineers running an energy audit and feasibility workshop with GIZ in Uganda

Every system starts with measurement. We log your actual consumption, typically 7 to 30 days, check how often the grid really fails, and build a financial model on your numbers. The output is a system sized to your operation and documentation that banks and development funders accept. This is the same rigour we bring to feasibility studies for GIZ, UNICEF and UNHCR.

  • Load measured before design
  • Financial model on real numbers
  • Documentation funders accept

7 to 30 days

Load logged first

IRR / NPV

Modelled per site

GIZ · UNICEF

Advisory clients

40+

Advisory studies

Procure & construct

In-house construction and integration

Our own team builds the system and integrates solar, battery, grid and generator into one controller.

Equator Solar crew installing a large rooftop solar array at a tea factory in Bushenyi, Uganda

We procure tier-one components and build with our own crews, so quality and safety stay under our control rather than a subcontractor's. The hard part of an industrial system is the integration: making solar, battery, grid and generator hand over automatically without a gap. That is engineering we do in house, on systems from 20 kWp up to 2 MWp.

  • Built by our own crews
  • Tier-one components
  • Solar, battery, grid and genset integrated

20 kWp to 2 MWp

System range

Tier one

Jinko · Huawei · BYD

50+

Systems built

In house

Construction crews

Operate

Long-term operation and maintenance

We monitor the system remotely, catch faults early, and keep it performing for its full lifetime.

Equator Solar technician on a scheduled service visit at a hospital solar installation in Uganda

A system that is not watched fails quietly. We monitor every system we run, flag faults automatically, and visit on schedule. Contracts run from one to five years, with emergency response within 48 hours anywhere in Uganda. The result is a system that keeps making the power it was built to make, long after commissioning.

  • Remote monitoring, faults caught early
  • Scheduled preventive maintenance
  • Emergency response across Uganda

1 to 5 yr

O&M contracts

48 h

Emergency response

100%

Portfolio monitored

25 yr

Design lifetime

The delivery process

From first site visit to long-term service.

Every project runs through the same six stages. The timeline depends on system size and site, but the sequence and the accountability do not change.

1

1. Audit & feasibility

Load measurement, grid-reliability assessment and a financial model built on your real consumption.

2

2. Engineering & design

Full electrical and mechanical design, system sizing and bankable technical documentation.

3

3. Procurement

Tier-one components sourced and quality-checked, with transparent specification of every part.

4

4. Construction & installation

Built by our own crews to a German engineering standard, with safety under our control.

5

5. Commissioning & handover

Testing, integration of solar, battery, grid and generator, and handover with staff training.

6

6. Operation & maintenance

Remote monitoring, scheduled service and emergency response under a 1 to 5 year contract.

2 to 6 weeks

Audit to design (typical)

4 to 12 weeks

Build to commissioning (typical)

48 h

Emergency response

25 yr

Design lifetime

Why it holds up

A German engineering standard, delivered in Uganda.

We bring the engineering discipline of our German technology partners to East African conditions: weak grids, diesel dependency and a supply chain that punishes shortcuts.

German technology partners

We work with NEXIRA in Kassel and renergy consulting in Ettenheim, bringing a German engineering standard to every design.

Tier-one components only

Jinko solar, Huawei and Deye inverters, BYD and Dyness batteries. Named on every proposal, never a generic substitute.

One accountable team

The same contractor designs, builds, commissions and maintains your system. One point of responsibility for twenty-five years.

Where capital is the barrier, systems can be delivered under a power purchase agreement, so you pay for the power and not the hardware.

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Talk to the team that will engineer, build and run your system.