We deploy our trained engineers to do a critical load evaluation on your facilities and do a comprehensive Energy Audit to proffer the most effective power alternative energy solution to the lingering challenges in the Nigeria energy sector today – the Tesla Off-Grid Energy Solutions (TOES).

MerryHeight Systems Nigeria, A Lagos based power development company. MerryHeight System Nigeria is one of the first renewable energy companies to sign a non-disclosure agreement and Tesla energy deployment technical partnership in Nigeria.

We design, Implement/install and maintain a wide range of Renewable energy systems, micro-grid and off-grid energy storage and supply services including Tesla Powerpack microgrid and off-grid energy systems. We are technical partners with TESLA for Power audit, design, implementation and management of PowerPack – microgrid solutions across West Africa country – Nigeria in particular. (NOTE: As our customers for Tesla products, you are working directly with TESLA, MerryHeight Systems Nigeria are only an Intermediary company)

ABOUT TESLA POWERPACK

Tesla’s microgrid solution revolves around the Tesla Powerpack energy storage technology and includes software, controls and services to effectively manage power and energy flow while balancing demand needs and maximizing economic benefit over the life of the microgrid. It is consisting of a range of data conventional and renewable generation sources, battery storage and grid connections present unique challenges that require robust solutions to maintain a stable and sustainable power supply.

Tesla’s microgrid solution leverages existing unit-level controllers and a robust, frequency-based load-sharing scheme to solve these challenges. The end result is the solution as it delivers savings and stable, reliable power to a wide range of customers—from remote communities, commercial and industrial facilities to UTILITY SUBSTATIONS, military bases and mining operations.

Tesla offers industry-leading performance, reliability and value to implement microgrids that meet and exceed our customer’s expectations and requirements. For additional information
please visit www.tesla.com/POWERPACK.

OUR MAJOR PURPOSE
We want to join the Nigeria power sector to take full advantage of the abundant availability of renewable energy resources in Nigeria – like the abundance of solar energy radiation from the north down to the lower Southern of Nigeria. The Solar cells in an area like Abuja for example would effectively generate 5000 watts per day per square meter. This means that 1 square kilometre (1000 meter x 1000 meter area of solar units) can produce about 5000 Megawatts a day.

OUR ROLE AND RESPONSIBILITY.
We do power audit and load analysis comparatively from the peak periods load margin to the off-peak performance to see the amount of energy Abuja consumes daily, monthly and in a year. Whatever the outcome is, Tesla off-grid and microgrid is the solution for a 24hrs uninterrupted power supply.

USING THE FEDERAL CAPITAL TERRITORY OF NIGERIA AN AN EXAMPLE.

OFF-GRID.
For example, if Abuja consumes 250MW per hour on average, 20hrs backups a day would require a 5, 000MW Tesla battery bank. 1, 000 Megawatts of solar energy farms could be installed to charge this Tesla Powerpack – battery bank. This could completely take the entire Abuja off the national grid. This installation will only require about 1, 500 acres or less to deploy this solution.

OFF-PEAK HOURS CHARGING FOR PEAK PERIOD BACKUP.

Residential Areas PEAK/OFF-PEAK PERIODS GAINS.
Practically for residential areas, peak periods are from 3 pm to 8 pm, if Abuja is residential areas reach say 150MW from 3 – 8 pm and off-peak periods is 50MW. You may drop the national grid supply for that area to 100MW, let the excess energy during the off-peak times stored into your (400MW Tesla PowerPacks) battery bank, thereby saving the cost of 50MW energy per hour for 15 years. This type of installation may not require solar panels at all.

Commercial Areas PEAK/OFF-PEAK PERIODS GAINS.
Similarly, for commercial areas, peak periods are from 8 am to 5 pm, if Abuja is commercial areas reaches say 250MW from 8 am – 5 pm and off-peak periods is 50MW. You may drop the national grid supply for that area to 150MW, let the excess energy during the off-peak times stored into your (900MW Tesla POWERPACKS) battery bank, thereby saving the cost of 100MW energy per hour for 15 years. This type of installation does not require solar panels also. THESE ARE ONLY EXAMPLES – HOWEVER, THEY ARE EFFECTIVE PROTOTYPES.

YOUR RESPONSE IS KEY
We seek the opportunity to discuss possible solutions to the Nigeria power challenges. Working with our team of Tesla world-class expert engineers and using our world’s most effective will give you the best solution to Nigeria power challenges.