WE ARE PIONEERS IN A NEW MODEL DEVELOPMENT

COMMUNITY DISTRIBUTED GENERATION

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COMPREHENSIVE DEVELOPMENT OF MEDIUM SCALE, INDUSTRIAL AND COMMERCIAL PROJECTS

RENEWABLE ENERGIES

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CLIMATE CHANGE AND SUSTAINABILITY

and circular economy strategies

Design and implementation of carbon neutrality

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ADDING VALUE SINCE 2009

HINS ENERGÍA

We are a leading company in the development, construction, operation, and maintenance of renewable energy projects and implementing climate action and sustainability strategies.

We assume each project with a comprehensive approach, covering technical, economic, and environmental aspects, with a deep knowledge of the provincial, national, and international regulatory frameworks.

At HINS, we believe that a sustainable, inclusive, and low emissions future is possible. For this reason, we have been working since 2009 in pursuit of an energy transition and the integration of climate action as fundamental instruments to generate profound changes in development models.

Our multidisciplinary team incorporates more than 25 years of experience in the energy sector in South America, having led a wide range of successful projects in Argentina, Brazil, Chile, Peru, Bolivia, and Uruguay.

Business Units

Renewable energy

Comprehensive development of solar, thermal, wind and biogas energy projects

We are a leading company in the comprehensive development of photovoltaic projects on a medium, commercial and industrial scale. We approach each project comprehensively, covering technical, economic, and environmental aspects and with a deep knowledge of the regulatory frameworks at national and provincial levels.

We develop turnkey installations for self-consumption, hybrid mini-grids, and on-grid and off-grid photovoltaic concepts, with and without storage, applicable to different types of activities. We are pioneers in the development and implementation of Community Distributed Generation models.

DEVELOPMENT

Location analysis and selection.
Property rights.
Permits (construction, environmental, etc.)
Power Purchase Agreements (PPAs)
Due Diligence.

ENGINEERING

Plant layout.
Cost calculation.
Analysis of solar resource.
Technical planning: conceptional, basic and detailed engineering.

CONSTRUCTION

EPC (Engineering, Procurement & Construction)
EPCM (Management).
Logistics and coordination of purchases.
Inspection of works.
Quality inspection.
Commissioning.

TECHNICAL AND COMMERCIAL MANAGEMENT

Operation and Maintenance (O&M)
Technical monitoring and failure analysis.
Maintenance and services.
Control of contracts.

FINANCING – IPP

Own assets management.
Energy and power sales.
Financial evaluation.
Special Purpose Vehicles (SPV’s)
Financing and debt structure.
Structuring and negotiation of contracts.
Project portfolios for investors.
Insurance.

Energy generation models

WHAT IS DISTRIBUTED GENERATION?

It is the use of renewable sources, such as the sun, wind, water in riverbeds, biomass and others, to generate electricity for self-consumption and at the same time inject excess energy into the distribution grid.

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WHAT IS COMMUNITY DISTRIBUTED GENERATION?

Community Distributed Generation (CDG) is the associative generation of renewable energy by different users. Several users within the same electricity distribution area can associate to generate their own energy and then inject it into the public electricity distribution grid. CDG facilitates opportunities for access to clean energy for many people, taking advantage of economies of scale and providing an additional alternative to the existing ones for self-consumption.

Climate Change and Sustainability

Design and implementation of climate action and sustainability concepts and programs.

The division seeks to develop actions aligned with international objectives regarding climate action (mainly the Paris Agreement), with national and provincial regulations on the matter, and with the Sustainable Development Goals (SDG).

We focus on accompanying public and private actors in the design and implementation of sustainability and climate action strategies. The technical advisory to these organizations begins with the development of sustainability diagnoses and the calculation of the carbon footprint of the institution, process, or project with which they wish to work, and a life cycle analysis of the products and materials involved.

This baseline enables the design of the actions to be implemented to advance towards a sustainable and low-emissions model. In this sense, the strategies focus on different principles and their respective lines of action: