Energy that links grid, efficiency and profitability
Energy Bond
Distributed generation · Latin America

Transforming the grid
from the point of consumption

Energy Bond develops, finances and integrates distributed generation projects directly into the networks of electricity distribution utilities, optimising existing infrastructure and ensuring efficient supply at the point of consumption.

24–30 MW

Installed capacity planned for the future Honduras project.

5–8

Distributed generation plants planned in strategic locations.

3–4 MW

Output per site, connected to an existing substation.

36 %

Current technical loss in distribution and transmission that we aim to reduce.

The company

Energy infrastructure designed for the distribution utility

At Energy Bond we strengthen the infrastructure of electricity distribution utilities through advanced distributed generation solutions. We specialise in deploying efficient generation systems based on LP Gas, designed to inject power directly into strategic nodes of the distribution network.

Our mission is twofold: to relieve the load on the main transmission network and to empower utilities with a more flexible, resilient and cost-effective energy mix. By generating power close to final demand, we sharply reduce transport losses, optimise the network’s operating costs and accelerate the transition towards a decarbonised energy model.

  • We design, deploy and operate the generation assets.
  • Strategic interconnection into medium- and low-voltage networks.
  • A structured business model with long-term financial strength.
Technician inspecting an electrical switchgear panel with a tablet
The meaning of “Bond”

The strategic link between clean generation and today’s distribution network — and the financial strength of the projects.

Our solution

Immediate, high-availability response for the grid

Our technology relieves transmission line congestion, covers demand peaks and safeguards service continuity during contingencies.

Immediate response

High-availability generation that comes online when the grid needs it, without depending on new transmission capacity.

Less congestion

By injecting power at strategic nodes we relieve line congestion and cut technical losses from transport.

Smart management

Managed operation and dispatch to maximise the asset’s efficiency, resilience and availability throughout its service life.

Structured model

We develop, finance and integrate the complete project, with long-term energy agreements for the utility.

Why LP Gas

A transition alternative that is cleaner and cheaper than diesel

We combine the operational flexibility of liquefied petroleum gas with the soundness of a structured business model, creating a reliable link between energy stability, lower emissions and financial return for the distribution sector.

Flexibility

Adaptable operation

Fast start-up and load modulation to cover demand peaks and respond to contingencies without compromising service continuity.

Emissions

Energy transition

LP Gas is a significantly cleaner alternative to traditional fuels such as diesel, and a concrete step towards decarbonising the local energy mix.

Costs

Cost optimisation

Lower fuel cost than diesel and reduced transport losses translate into optimised operating costs for the utility.

Key identity points

What defines us

01

Technical focus

Distributed generation at commercial and industrial (C&I) scale, and support for medium- and low-voltage networks.

02

Value proposition

Reduced network congestion, mitigation of technical losses and diversification of the local energy mix.

03

Meaning of the name

“Bond” stands for the strategic union between clean generation and today’s distribution network, as well as the financial strength of the projects.

Energy for development · Honduras

Clean energy, sustainable future

Distributed generation project based on LP Gas in Honduras: reliable, competitive and sustainable energy, in strategic locations within the highest service impact corridor.

Map of Honduras showing the project’s strategic locations
Strategic locations in the highest service impact corridor.
01

Context and opportunity

  • Growing energy demand and the need to improve resilience for greater reliability.
  • High technical loss in distribution and transmission.
  • Regulatory framework that boosts private investment.
02

Project objective

  • Develop an integrated distributed generation system to diversify energy sources.
  • Small power plants with LP Gas-based generation to ensure a greater impact on service.
03

Proposed solution

  • 5–8 power plants generating 3–4 MW per site, based on LP Gas.
  • Connection to an existing substation and state-of-the-art technology.
  • Smart energy management for greater efficiency and resilience.
04

Expected impact

  • Reduction of CO2 emissions compared with diesel generation.
  • Improves system reliability and stability.
  • Reduces energy costs and losses.
  • Better service for end users.
Q4 2026

Financial close and permits.

Q1 2027 – Q4 2027

Engineering and construction.

Q1 2028

Commercial commissioning.

Infographic of the LP Gas-based distributed generation project in Honduras
Project executive summary — Energy Bond, March 2024.
Next steps

The road to commissioning

01

Select strategic locations

Identifying the network nodes with the greatest impact on service quality and continuity.

02

Financial structuring and energy agreements

Closing the investment model and the long-term supply contracts with the utility.

03

Permits and technical studies

Advancing regulatory procedures and the interconnection and technical feasibility studies.

Energy that generates value, today and for future generations

Clean energy. Sustainable development. A better future for the region.

Contact

Let’s talk about your network

We are available to assess the state of your distribution network and structure a distributed generation project tailored to it.