ENERGY AUDITS

An energy audit can be simply defined as a process of determining  the types and costs of energy use in the building, evaluating uses of energy, and identifying opportunities to reduce  consumption.

The energy audit allows to identify the users that represent 80% of the current energy consumption.

A series of energy saving actions will be derived from the energy audit, some measures are improvements in maintenance, best practices and waste reduction, others that require investment to generate technological modernization, and reduction of polluting emissions.

As an important part of the development of the energy audit, the necessary budgets must be prepared to implement each of the saving measures, and create a portfolio of projects with the best profitability.

LIGHTNING

Lighting Systems are essential practically everywhere.

However, often from the beginning the design and efficiency are not adequate.

Typically accounts for a significant portion of electrical  energy consumed in commercial and industrial buildings.

Energy is saved and electric  demand is reduced by improving lighting  system efficiency, curtailing operating hours, and using daylighting. 

LED technology has many advantages over conventional technologies.

The LED lamps have a potentially long lifetime of about 100,000 hours.

Lumen maintenance of LEDs should be at least 70% of initial lumens at end of life. Some are even better than 80% at end of life.

Currently there are LED luminaires for all types of applications: schools, offices, shops, hospitals, hotels, parking, industry, etc.

ENERGY STORAGE

Energy storage solution optimizes the cost of energy by storing inexpensive electric energy during the off-peak time and discharging batteries during peak time when the price is high.

Has been successfully applied in medium and large-scale industrial and commercial projects.

Provide sufficient backup power for peak shifting and valley filling, ensure power supply, reduce costs, and increase efficiency.

Energy arbitrage takes advantage of “time of use” electricity pricing by charging an energy storage system when electricity is cheapest and discharging when it is most expensive.

Real-time dispatching for intelligent life. Diversified energy storage applications, covering all aspects of power consumption.

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SOLAR ENERGY

Every day is becoming more profitable, economical, and easy to implement the use of Solar Energy or Photovoltaic System.

The main components of the PV System are:

• Solar panels: Capture solar radiation and convert it into electrical energy.
• Inverter: Injects electrical energy into the grid synchronizing with the electrical system.
• Bidirectional meter: Measures the energy taken from the grid and the one injected by the PV system and gets the net result for the electricity billing.

Generate your own renewable energy. You can save practically the total of the electric bill.

It has significant benefits in tax reduction and contributes to the improvement of the environment.

POWER FACTOR

It is the proportion of apparent power that we use to produce a job, so we can say that:

It is the way to measure the Productivity of a
electrical installation but not efficiency.

Generally, the Power Factor is defined by the power triangle, which is the representation of any load or electrical system that has inductive elements.

What Causes a Low PF?

In the vast majority of electrical installations, there is a large amount of equipment motors. These induction motors consume a large amount of reactive energy to generate magnetic fields, in order to induce movement in the shaft of the motor, i.e., this reactive energy is necessary for the operation of the electric motor.

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