Category Archives: Panama

Panama Solar PV

Commitments that Panama acquired in the Paris Agreements are contained in what is known as the National Determined Contributions.

These are ethical commitments, not mandatory, that do not imply sanctions for non-compliance.

The commitments of the Republic of Panama in this regard are to generate 30% of electricity by 2050 with new renewable sources (solar and wind).

It is important to differentiate between installed power and effective generation.

In 2017, while solar and wind capacity reached almost 12%, their generation represented only 6%.

Currently Panama has an installed capacity of 270 MW of wind, 194 MW of solar parks, and 35 MW of solar in autoconsumption condition.

Penetration of solar energy remains low. Towards the end of 2019 it only represented 2% of total generation matrix.

In the first quarter of 2020, the total generation was 2,842,636 kWh; 256,638 kWh of them came from wind, that is, 9%, while 91,293 kWh from photovoltaic means 3.2%.

If to this is added the 1,181,553 kWh accounted for by hydro (41.5%), it is obtained that energies not based on fossil fuels represented 53.7% during the first quarter of 2020.

Compared to the same period of 2019, total renewables increased their generation by 18%.

With an investment of about 160 million dollars, the 150 MW Penonomé Photovoltaic Solar Plant is considered the largest solar installation in Central America.

Panama will be a pioneer in the implementation of a modern solar energy system called “Maverick”.

It is a revolutionary pre-built and pre-wired solar solution that folds up, ships to site, and then deploys. It is one of the easiest and fastest ways to add solar resources, using fewer tracts of land.

Panama will be one of the first countries where this technology will be implemented in a 2 MW fast track project.

The innovative solution enables customers to install solar projects at a rate three times faster, while supplying up to two times more energy using the same terrain as traditional solar installations.

The pre-manufactured modules are deployed from a moving vehicle that places them in a certain area.

5B plans module pre-fab facility in Adelaide, "gigafactory" in Asia | RenewEconomy

Large local companies have shown a growing interest in the use of solar energy for their electricity supply given the change in mentality of Panamanians who are showing concern about climate change and from there they have already achieved the signing of several agreements of power sales (PPAs) with large long-term clients for at least 22 years.

As in most countries, it is committed to centralization and large-scale projects and not to empower users and democratize energy.

The role of the prosumer should be promoted and distributed generation policies developed.

The Office for Latin America and the Caribbean of the UN Program for the Environment (UNEP) together with the Spanish Agency for International Development Cooperation (AECID) launched the Generación SOLE initiative, which seeks to promote innovative financing models for deployment of photovoltaic solar generation distributed in the region with immediate actions in Panama.

The Generación SOLE initiative seeks to strengthen the capacities of commercial banks to create financing options aimed at the final consumer, whether residential, commercial or industrial. The initiative aims to promote disruptive growth in the solar generation market.

All you need is Sun. All you need is Sopelia.

Panama Solar Thermal

Despite solar radiation high levels and its strong dependence on fossil fuels, only in 2018 did Panama begin to promote solar thermal technology incorporation.

The starting point was “Termosolar Panamá”.

This is a project executed through an inter-institutional alliance between the UN Environment Regional Office for Latin America and the Caribbean and the National Energy Secretariat (SNE), with the financial support of the Global Environment Facility (GEF) and the support of various allies from public and private sectors.

The objective is to install 1 million square meters of solar thermal technology applications for water heating throughout the country by 2050. With this, country will reduce 6.4 million tons of CO2 and Panamanians will save more than US $ 3 million annually in fossil fuels.

Some 10 million dollars will be invested to achieve this objective.

Termosolar - Calentamiento de agua con energía solar en Panamá ...

The project began in June 2018 and has been supported by a broad portfolio of partners from public and private sectors, such as the Banco General, the Panama Green Building Council, the Technological University of Panama, the Municipality of Panama, the National Institute of Vocational Training and Training for Human Development (Inadeh), among others.

One of the 4 direct objectives of the project is the implementation of demonstration pilot projects with solar water heating systems nationwide. This involved carrying out energy audits in residences, shops and hospitals that were selected to participate; which led to the identification of savings opportunities and market potential that exists in the country.

The project has so far installed a total of 100 pilot heaters in health and social care buildings, hotels, private companies and private residences.

Some of the centers where the use of technology was contemplated are the San Miguel Arcángel Hospital in Panama, the Luis “Chicho” Fábrega Hospital in the province of Veraguas, the José Domingo de Obaldía Maternal and Child Hospital in the Chiriquí province, and children dining rooms in Panama City.

The Veterinary Wildlife Clinic of Panama Summit Municipal Park became first beneficiary of public sector.

Of 100 pilots established, 30 were assigned to residential sector.

Panamá instalará 100 calentadores solares en edificios públicos y ...

The project envisages the development of a package of political and fiscal measures that allow the growth of solar thermal technology in country, as well as the adoption of quality assurance and control standards, both for equipment to be imported or manufactured, and for techniques of equipment installation.

Termosolar Panamá also contemplates the creation of capacities and professionals training for solar water heating systems management.

The General Bank designed a financial mechanism to grant credit lines to residential and commercial sector that it wishes to implement this system. Feasibility analyzes and design of solar water heater system will be financed by the project.

This government initiative has managed to stimulate the reactions of Panamanian private company. Scopes with an interesting and very marked potential are hotel, food and health sectors.

All you need is Sun. All you need is Sopelia.

Solar Energy Panama

Panama’s National Energy Plan 2015-2050 suggests that up to 70% of country’s energy supply could be renewable in 35 years.

The generation matrix is highly dependent on hydroelectric resources (46% of installed capacity) and fossil fuels (42%) making Panama highly dependent on oil price evolution (it is a net importer) and rainfall regime, affected by the El Niño weather phenomenon that in recent years has caused significant droughts, causing a shortage of hydroelectric supply.

In addition, Panama’s National Interconnected System (SIN), which is the backbone of the electricity sector, is highly conditioned by the enormous distance between generation centers (province of Chiriquí, in the western zone) and consumption (Panama City and canal hub).

The energy matrix diversification need, guaranteeing supply and reducing price volatility, as well as complying with international commitments acquired by Panama in the Paris Agreement, has led to renewable energy sources slight introduction (wind and solar) and introduced natural gas into generation matrix.

SolarLatam | Como Funciona | Solar Latam

The Public Services Authority (ASEP) regulated in 2012 the connection of clean private plants to national electricity grid, with bi-directional meters and the energy “netting” to satisfy electrical consumption of each participant and sell the surplus.

Distributed rooftop solar generation delivers real-time power during the day with an unproductive asset (the roofs) to achieve a minimum fixed cost of own power for 25 years, with proven technology and reliable supply during peak demand and nights, because user is not disconnected from network.

The growth potential in the country is evident, as individual and business decisions to generate clean and renewable energy accelerate.

Reality is that solar energy participation in national energy matrix is not relevant. It currently represents only 2% of electricity generation.

A report from the International Renewable Energy Agency (IRENA) in May 2018 suggests the following recommendations for Panama:

o Evaluate regulatory and financial incentives for solar and wind energy development;

o Develop a national strategy to improve planning and modeling of electrical systems with greater RE penetration;

o Identify new operating practices to increase network flexibility and reliability with a greater RE participation;

o Evaluate the regulatory interfaces between National Electricity Market (MEN) and Regional Electricity Market (MER);

o Examine how to develop the capabilities of Panama’s workforce to achieve 2050 renewable energy target;

o Develop a long-term plan for electric mobility and sector coupling.

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All you need is Sun. All you need is Sopelia.