How a Power Generator Works for Condominiums

Generators for condominiums operate in standby mode with an automatic transfer switch that monitors the power grid and activates the equipment when it detects utility failures. They keep hallway lights, elevators, intercoms, electric gates, and complete electronic security systems running. They offer special security for elderly residents who rely on elevators. Renting is more advantageous than buying: it eliminates high acquisition, installation, and maintenance costs, leaving only fuel supply.

High Voltage Learning

In December, Tecnogera launched an internal educational platform called Universidade Tecnogera to train employees. During the pandemic, it created the ‘High Voltage Learning’ campaign to make use of reduced working hours. In just 20 days of the campaign: 73 employees participated, completed 174 courses, and accumulated 2,166.5 hours of training. Topics covered include operations, finance, marketing, IT, management, and PDCA methodology. Free online courses improved access and standardized processes.

Power plants also require alternative energy

Power plants need power generators for process start-ups, scheduled maintenance, and emergency shutdowns. Black Start testing simulates a total blackout to assess recovery time: at the Jirau plant, 24 of the 50 turbines were restored in 30 minutes. Applications include hydroelectric plants like Itaipu and Jirau, distribution substations, sugar-alcohol industries with self-generation, steam turbo generators. Tecnogera offers the EaaS (Energy as a Service) concept with an extensive fleet for scheduled and emergency situations.

Where to Use a 100 kVA Generator

A 100 kVA power generator is compact and efficient, making it ideal for multiple applications. Key uses include: condominiums with up to 20 apartments, construction sites, industries with extended shifts, hospitals, colleges, businesses with perishable goods, and events. Features: low fuel consumption, 100-liter tank, up to 13 hours of autonomy, easy transport, immediate response. It ensures the operation of emergency lights, security cameras, alarms, and electric gates during outages. Tecnogera offers an EaaS model with a modern fleet.

Telemetry. A measurement system essential to energy technology

Telemetry is a remote measurement system (“tele” = remote + “metron” = measure) that monitors generators in real time. Key benefits: equipment geolocation control, operational parameters monitoring (voltage, power, current, temperature), immediate dispatch of technical teams, remote corrections to normal operating conditions. Tecnogera has an Operational Control Center (CCO) for EaaS (Energy as a Service): swift data collection, structured predictive maintenance, accurate historical reports, reduced failure rates, increased equipment availability. An essential system for remote areas with unstable energy supply, ensuring maximum performance through continuous 24/7 monitoring, anticipating root cause issues.

Peak or Seasonal Time-of-Use: Understand What It Is

A specific billing system that links energy consumption to the time of electricity use. Applied to large consumers with high voltage, such as industries and businesses. Two types: THS-Blue (specific demand during peak hours) and THS-Green (distributed generation). Peak hours, usually from 5 PM to 8 PM, have higher rates, justifying the use of power generators as a cost-effective alternative.

Free Energy Market: Clear All Your Doubts Now

The free energy market allows for the buying and selling of electricity through direct consumer-supplier agreements, offering the freedom to choose your supplier. Two migration categories: companies ≥500kW (renewable sources only: SHP, wind, biomass, solar), companies ≥2,000kW (any power generation source). Organization: ACR (Regulated Contracting Environment 70% of the country’s energy) vs ACL (Free Contracting Environment). Key players: generation (concessionaires, IPPs, self-producers), trading (traders, free/special consumers), distribution (ANEEL concessionaires). Migration process: energy amount assessment, current cost analysis, selection of trading agent, comparative study of proposals, contract termination 6 months in advance. Timeline for limit reduction: 2021 (1,500kW), 2022 (1,000kW), 2023 (500kW). Tecnogera offers a platform to reduce peak energy costs by up to 15%.

How a Switch Works

Devices that control the opening and closing of electrical circuits to turn lights and appliances on or off. They operate simply with two positions: open circuit (energy flows) and closed (interrupted). Main types: single-pole (two terminals), double-pole (two sections), three-way (control from two locations), and four-way (control from multiple locations). Distribution requires planning to avoid overload.

Guaranteed climate control at the airport

Rio de Janeiro Airport conducted maintenance on two Central Chilled Water Plants during peak season (December-March). Tecnogera provided an emergency turnkey solution: 2 Chillers 300TR (Support CAG), 3 Chillers 170TR (Cargo Terminal 17,000m³). The complexity of 24-hour operation required adjustments: customized headers for hydraulic connection, 1000A distribution panels with individual breakers, extra panel protection. Complete supply: 300m 6″ 150psi water hoses, 2000m 240mm² cables, transport, installation, preventive/corrective maintenance. Specialized service included rigorous documentation: ASO, NR 10/20/35, APR, PPRA, Federal Police accreditation. Tecnogera is ISO 9001 certified, with a 4-hour corrective service SLA, 24-hour support.

What will the energy market look like in 2020? Opportunities and challenges

The Brazilian energy sector is projected to grow by 4.5% in 2020, but electricity bills will increase by 2.42%. The installed capacity of the power generation sector will grow by more than 50%, totaling around 20 billion reais due to subsidies for solar and wind energy. Power generators offer an economical alternative for companies, reducing peak hour costs by up to 30% and ensuring operational continuity.