Distributed energy

The power plant comes to the load

A transportable, containerised generation package installed close to the people who use the power. It makes electricity and, where the site can use them, heat and cooling.

A BluenPower generation container on site, renderRender

Why a microturbine and not a genset: the V70 and V200 run on biogas from farms, agro-industry and sewage plants, spin on a single shaft on air bearings with no lubricating oil and no radiator, and are inspected every 8,000 h (design target).

Read why

Why generate on site

Generating on site keeps your energy cost in your own hands and takes you out of the grid queue.

25×

How far Brazil's spot power price rose in one hot afternoon: from R$57 to R$1,437/MWh, peaking at 7 pm (15 Oct 2026).

Source: CCEE via Canal Solar (Oct 2026)

until 2030

Greater São Paulo has no margin for new grid connections until 2030; Pecém until 2031.

Source: ONS via DCD/Folha (Jun 2026)

over R$1 bn

Paid by distributors in 2025 as compensation for supply failures.

Source: ANEEL (Apr 2026)

4.4 million

Customers lost power in São Paulo during the December 2025 storms.

Source: Enel via InfoMoney (Oct 2026)

more than 290

Transmission towers have come down in Brazil since July 2026 because of El Niño.

Source: ONS via Folha (22 Oct 2026)

Who it serves

Industrial plant with stacks at dusk

Industrial parks

firm power for many tenants without waiting for grid reinforcement.

White containerised power and cooling module with an exhaust stack in the car park of a lit shopping centre at dusk, with shop windows and shoppers carrying bagsIllustration

Shopping centres

power and air conditioning from the same fuel.

White containerised power module beside a process plant with stainless-steel tanks, tied into the plant by a steam and hot-water pipe rack, with a forklift in the yard in the morningIllustration

Industry

electricity plus the heat the process already uses.

Containerised power module in a fenced service yard next to a hospital emergency entrance, with two ambulances under the canopyIllustration

Hospitals

continuity for loads that can't go down.

Containerised power module with an exhaust stack beside the transformers of a substation, with transmission towers running to the horizon at sunsetIllustration

Utilities

local backup nodes and reinforcement at weak points of the grid.

Dark rack room with blue light lines

Data centres

power next to the racks while the grid connection is pending.

Which equipment for which load

Hundreds of kW

V70 and V200 microturbine blocks

For smaller loads, with redundancy inside the block itself.

MW range

2 MW CCHP module

For megawatt loads, with cooling and heat from the same exhaust. Several modules side by side serve larger loads.

See the 2 MW module

How it works

  1. Site assessment

    load, fuel, space and connection.

  2. Configuration

    number of blocks, redundancy, heat and cooling.

  3. Container delivery

    the blocks arrive assembled and are hooked up on site.

  4. Operation

    commissioning and follow-up by Rengia.

Biogas digester

Fuels

FuelStatus
Natural gasStandard
Biogas / biomethaneStandard
LPGStandard
EthanolOn request
SyngasOn request
HydrogenUnder evaluation

Availability varies by equipment. The 2 MW-class block is currently specified for pipeline natural gas.

Hydrogen: in development — already accepting up to 30% hydrogen blended with natural gas (2 MW-class block).

In Brazil, qualified cogeneration, biogas and biomass can count as distributed minigeneration up to 5 MW.

Source: Law 14,300/2022

Get your site assessed

Send us the load, the fuel you have and the address. We'll do the first analysis.