ADIDAYA

RENEWABLE ENERGY
SOLUTION

Adidaya r.e. realize that renewable energy has a lot of potential in creating a healthy environment by reducing air pollution and global warming, therefore we provide solutions through solar power, wind power, and fuel cells where these three energy plants can be integrated with energy storage batteries. We want to contribute to the world by creating a friendly environment for the surrounding community.

PV SOLAR POWER
SYSTEM

PV Solar Power System is a power plant that uses photovoltaic solar cells. This technology utilizes solar radiation and converts it into electrical energy. This power plant is one of the renewable energies that is environmentally friendly because there is no carbon emission in the system. As a tropical country, Indonesia has a lot of solar energy potential, so it can be used to generate electricity.

The solar panel itself consists of a number of solar cells that form a single unit in the form of an integrated panel. Each solar cell consists of several photovoltaic components that can convert light into electricity. Generally, PV Solar Power Systems have several components, including solar panels, batteries, charge controllers, and inverters.

Here are some examples of

PV solar power system applications

Solar Carport

PV panels have been used for decades in the oil fields and have been used in offshore platforms and remote locations to provide power to various applications.

EV (Electric Vehicle ) Charger

A charger for Electric vehicles that pulls electric current from the grid and delivers it to the electric vehicle through a connector or plug.

Solar Water Pump

Water pump that operates based on solar PV System. The photovoltaic array converts solar energy into electricity, which is used to run a set of motor pumps.

Oil and Gas

PV panels have been used for decades in the oil fields and have been used in offshore platforms and remote locations to provide power to various applications.

BIPV (Building Integrated Photovoltaic)

Building integrated Photovoltaic is a concept that integrated buildings and renewable energy. This could be done by adding photovoltaic properties as a substitute for building materials.

Good reason to go
with solar

Advantages of Solar Energy Systems

No moving parts
Long lifetime of components
No fossil fuel required

Clean energy supply
Low operational cost
Low total cost ownership

Extract more value from your land and buildings

By using PV Solar power system you can extract value from your land and property in one of two ways. first, consuming the solar power from the plant on your premises or second, charging us rent every month for the duration of the lease. And you don’t need to pay the capex in front.

Lower your CO₂ emissions

On a worldwide scale, photovoltaic power generates 8 times less carbon than grid power: a survey by ADEME, France’s Environment and Energy Management Agency, shows that a photovoltaic system generates 55 grams of CO2 on average to produce 1 kilowatt-hour whereas France’s overall energy mix generates 82 grams and the worldwide average stands at 430 grams. These figures are based on a solar panel’s full life cycle.

Tighten Your Control Over Your Energy Bills

We want to turn that unused space into value. A photovoltaic power station in an unused and unshaded spot—on a building, over a parking lot or on the ground—can bring in additional cash flow streams or reduce your company’s energy bill. Solar power is also a valuable cost-management tool because it is not linked to fluctuation in commodity prices, so its costs are stable and predictable.

Fuel Cell

Fuel cells are devices that generate electricity through electrochemical redox reactions, not combustion. In short, they convert the chemical energy of fuels, such as hydrogen or methane, directly into electrical energy by combining them with oxygen.

Because the chemical energy does not need to be converted into thermal energy and mechanical energy first, fuel cells are extremely efficient. Besides minimizing energy losses, fuel cells are also less polluting than classic combustion, carbon emissions are much lower. If green hydrogen is fueling the cell, they only emit vapor and warm air.

Here are some examples of

Fuel Cell applications

Telecommunication

The telecom network of the future needs to be smarter, greener, and more cost-effective. The roll-out of 5G will add millions of new nodes to already rapidly expanding networks. Otherwise, the connected world needs great power of backup. In this case, fuel cell will be in charge, it will generate backup power for telecommunication batteries

Remote area (Mining)

A number of the challenges described above have led industry and government to look closely at fuel cells as an alternative to diesel engines in underground mining and related fields, such as tunnelling

Oil & Gas (Pipeline or others)

The most significant emitter of greenhouse gasses on offshore installations is gas turbines, which alone account for 81% of total greenhouse gas emissions. Fuel cells are more energy efficient and less carbon intensive than gas turbines as a result of different conversion processes when the chemical energy in the fuel in converted to electrical energy.

Wind Power

Wind power or wind energy is mostly the use of wind turbines to generate electricity. Wind power is a popular, sustainable, renewable energy source that has a much smaller impact on the environment than burning fossil fuels.

Historically, wind power has been used in sails, windmills and windpumps but today it is mostly used to generate electricity. Wind farms consist of many individual wind turbines, which are connected to the electric power transmission network.

Vertikal - Axis wind turbine

Vertical - Axis wind turbine is a type of wind turbine in which the main rotor shaft is arranged transversely to the wind, while the other parts such as generators and gearboxes are located near the ground for easy repair.

This type of wind turbine has a size that is not as large as a Horizontal - Axis wind turbine so that it can be used for urban areas.

Horizontal - Axis wind turbine

Horizontal - Axis wind turbine is a wind turbine where the main rotor’s rotation is parallel to the wind stream and the ground.

All grid-connected commercial wind turbines today are built with a propeller-type rotor on a horizontal axis. Generally, this type of wind turbine uses 2-3 blades that will move when blown by the wind and will drive a generator.

Energy Storage Battery

Battery energy storage systems are rechargeable battery systems that store energy from solar arrays, wind power, fuel cell, or even other renewable energy power. Because they contain advanced technology that regular batteries do not, they can easily perform certain tasks that used to be difficult or impossible, such as peak shaving and load shifting.

Energy storage can smooth the output of renewable power generation sources. Solar produces cyclically – day vs. night, summer vs. winter or wind turbine when there is no strong enough wind. Energy storage allows solar or wind energy production to mimic the consistency of fossil fuel energy sources while still providing a much more environmentally quality.