[Case Study for Electronic Equipment Manufacturing] Solving Disposal Cost Issues! Proactive Redesign for Self-Consumption

basic information

【Features】 - Solving management issues such as removal costs due to aging solar equipment, waste disposal costs, equipment downtime risks, and rework costs. - Proposing redesign and updates to self-consumption solar systems to achieve both electricity cost reduction and CO₂ reduction. - A cumulative total construction cost of 908.4 billion yen, with a track record of 83 solar power plants built over 12 years. - Diverse transaction history with companies such as Sharp, Panasonic, Daiwa House, and Nomura Securities. - Supporting up to a 28% reduction in electricity costs without stopping high-precision manufacturing and logistics equipment. 【Our Strengths】 Kenneth Energy Development Co., Ltd. aims to promote renewable energy and develops energy projects centered on solar power generation, electrical equipment construction, and real estate and construction support services. We provide comprehensive support from planning, design, construction, and operation of rooftop and ground-mounted solar power plants, as well as assistance with connection negotiations with power companies and various permit applications. We have many qualified professionals, including chief electrical engineers and construction management engineers, who provide strong support for corporate decarbonization and cost reduction with high technical skills and reliable responsiveness. We can offer a wide range of support tailored to your needs, from project sourcing and investigation stages to execution stages such as EPC.

Price information

At Kenneth Energy Development, we do not consider existing facilities as something to be "removed and finished," but instead we redesign them following the steps below: - Confirm the condition of existing solar power facilities - Organize options for removal, renewal, and reuse - Check the facility's electricity usage - Redesign for self-consumption solar power - Consider the use of subsidies and financing - Develop a plan taking into account construction conditions, shutdown risks, and flow of movement - Simulate the effects of reducing electricity costs and CO₂ emissions The fundamental issue is that solar power facilities are only considered at the time of "installation" without planning for the exit. Therefore, we will reevaluate them as targets for reinvestment to lower electricity costs.

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Applications/Examples of results

Price: Negotiable This product is a solution that offers redesign and upgrade proposals for existing facilities that carry the risks of industrial waste and removal, transitioning to self-consumption solar power. It is not just about new installations; we can consider the following as a package: - Review of existing facilities - Organization of upgrade timing - Confirmation of removal and disposal costs - Estimation of electricity cost reduction effects - Possibility of utilizing subsidies - Comparison of PPA, leasing, and ownership - Confirmation of construction conditions - Construction plans that minimize downtime risks For example, in the case of a school meal facility, we have achievements of DC 366.9 kW / AC 304.9 kW, and for educational facilities, DC 172.0 kW / AC 125 kW class. We can provide proposals tailored to various uses such as factories, warehouses, schools, and commercial facilities. Instead of ending equipment with "disposal costs," we will convert it into reinvestment to reduce electricity costs.